In today's business landscape, sustainability is no longer a buzzword—it's a necessity. Companies are actively seeking ways to reduce their carbon footprints and operate more responsibly. One area ripe for improvement is data centers, notorious for their significant energy consumption. But could solar power be the game-changer in making data centers more sustainable? A data center is a facility comprised of networked computers, storage systems, and computing infrastructure that businesses use to organize, process, store, and disseminate large amounts of data. It serves as the central hub for all sorts of IT operations and equipment, which typically house servers, storage systems, routers, and switches. Data centers are pivotal in ensuring that businesses can efficiently handle online transactions, run applications, and store customer data. In an increasingly digital world, data centers enable the seamless operation of internet services, from streaming platforms and social media networks to cloud computing services and online retail operations, making them indispensable to modern enterprises. Key Takeaways: Sustainability is now essential in business, driving efforts to cut carbon footprints. Traditional data centers heavily consume energy, increasing carbon emissions. Solar power offers a clean energy solution, reducing data centers' environmental impact. Transition challenges like initial costs are lessened by tech advancements and incentives. Companies like Google and Apple are leading with solar-powered data centers. Solar tech advancements enhance feasibility and benefits. Environmental Impact of Traditional Data Centers Traditional data centers are energy guzzlers. They require massive amounts of electricity to power servers, cool equipment, and maintain operations 24/7. This high energy consumption often translates into a substantial carbon footprint. Traditional energy sources, like coal and natural gas, further exacerbate the problem by emitting greenhouse gases. Given their environmental impact, data centers are prime candidates for clean energy solutions. Integrating renewable energy sources, like solar power, can significantly reduce the carbon footprint of these facilities. For business owners , this isn't just an environmental imperative—it's an opportunity to lead in sustainability and innovation. Feasibility of Solar-Powered Data Centers Switching to solar energy for data centers comes with its own set of challenges and considerations, demanding a comprehensive analysis of both advantages and potential drawbacks. From the initial investment to space requirements, there are several factors to weigh when integrating solar power into data center operations. However, with rapid advancements in solar technology and decreasing costs, this transition is becoming more feasible than ever before. The upfront cost of installing solar panels can be significant, often requiring a substantial initial capital outlay. However, with the decreasing prices for solar technology due to technological improvements and economies of scale, coupled with various government  incentives and tax breaks  aimed at promoting renewable energy adoption, the return on investment (ROI) can be quite attractive. Over time, businesses can save substantially on energy costs, making the initial investment worthwhile while also contributing to environmental sustainability. Solar panels require ample space, which can be a limitting factor for urban data centers where real estate is at a premium. Rooftop installations or nearby solar farms can serve as viable solutions, allowing companies to harness solar power while optimizing their available space. Additionally, integrating solar energy with existing infrastructure necessitates careful planning and may require upgrades to the current system to accommodate the new energy source effectively. One of the main concerns with solar energy is its intermittency. Solar panels generate power only when the sun is shining, necessitating reliable energy storage solutions to ensure a steady power supply. Battery storage systems , such as lithium-ion or newer technologies under development, can store excess energy produced during the day for use at night or on cloudy days, ensuring a consistent power supply and enhancing the reliability of solar-powered data centers. This consideration is particularly crucial for data centers, where any power disruption can have significant operational consequences. While there are challenges to overcome, the increasing feasibility of solar-powered data centers presents an exciting opportunity for businesses looking to reduce their carbon footprint and embrace renewable energy solutions. As technology continues to advance, the prospects for solar energy in powering critical data infrastructure look bright. Case Studies of Solar-Powered Data Centers Several forward-thinking businesses have already taken the plunge into solar-powered data centers. Let's look at some real-world examples to understand the benefits and challenges experienced by these pioneers. Google’s Solar-Powered Data Centers: Google has been a leader in integrating renewable energy into its operations. Their data centers utilize solar power, along with other renewable sources, to minimize carbon emissions. Google's commitment to sustainability has not only reduced their environmental impact but also enhanced their brand reputation. Apple’s Nevada Data Center:  Apple's data center in Nevada is powered entirely by renewable energy, including solar power. The facility uses a combination of on-site solar panels and power purchase agreements (PPAs) to ensure a steady supply of clean energy. Apple's initiative demonstrates that large-scale integration of solar energy is feasible and beneficial. Future Prospects of Solar-Powered Data Centers The future of solar-powered data centers looks bright, leading the charge toward a more sustainable industry. Advances in solar technology, energy storage, and grid integration are making the adoption of this renewable energy increasingly viable for businesses of all sizes. This transition not only reduces carbon footprints but also helps business owners stay compliant with regulations while satisfying consumer demands for sustainability. Continuous research and development are key to advancing solar technology , leading to more efficient and cost-effective solar panels. Innovations in photovoltaic materials, like perovskites, along with new installation techniques, are reducing costs and increasing energy output. Consequently, solar energy is becoming more accessible, enabling wider applications across industries. Governments worldwide support renewable energy adoption through policy frameworks and financial incentives like tax credits and grants, significantly lowering the upfront costs of solar installations. This support encourages companies to invest in clean energy solutions. Consumers and stakeholders increasingly prefer businesses that focus on sustainability and corporate responsibility. By using solar energy, companies can reduce operational costs and improve brand image, attracting eco-conscious customers and meeting stakeholder expectations for environmental responsibility. This positions businesses as leaders in sustainability, providing a competitive market edge. Interested in Leasing Your Property for a Data Center? The integration of solar energy into data center operations is not just a possibility—it's a necessity for businesses aiming to be both sustainable and competitive. By investing in solar power, companies can reduce their carbon footprint, save on energy costs, and position themselves as leaders in the green economy. Data centers are crucial in today's digital world, with demand expected to grow. Developers must consider factors like location, infrastructure, and environmental risks when selecting sites. To attract developers interested in leasing or purchasing land for data centers, it's beneficial to list properties on platforms like LandGate's marketplace, which is used by developers nationwide to find suitable sites. Listing is free and comes with no obligations.

For property owners, the installation of a water well can be a game-changer, offering a secure and sustainable source of water. Often considered a hidden asset, a water well provides multiple benefits that extend beyond mere access to water. In an era where environmental sustainability and personal resource management are priorities, the significance of water well systems cannot be overstated. Key Takeaways: Economic Benefits : Installing a water well can significantly reduce water costs for landowners by eliminating municipal water bills, especially beneficial for industrial or large-scale agricultural operations. It also enhances property value, making it more attractive to potential buyers. Environmental Advantages : Water wells contribute to environmental sustainability by tapping into naturally replenishing groundwater sources, generally having a lower environmental impact compared to surface water withdrawals. Increased Property Value : A reliable water source from a well can enhance land value and marketability, appealing to buyers interested in homesteading, agriculture, or remote living. Requirements for Installation : Permits and Regulations : Essential to secure permits from relevant authorities to comply with water laws and environmental regulations. Well Construction Standards : Must adhere to specific standards for casing, screen design, and pump installation to ensure functionality and integrity. Water Rights : Understanding and securing appropriate water rights is crucial for legal access and usage of well water. Water Quality Assurance : Landowners have control over water quality through regular testing and treatment, ensuring it meets the required standards for safety and usage. Potential for Water Rights Leasing/Selling : Landowners can lease or sell water rights, offering water for residential, agricultural, or commercial use, adding an income stream. Operational Independence : Provides resilience during droughts or municipal water restrictions, ensuring a consistent water supply for personal and agricultural needs. What are Water Wells? The common perception of water wells might be rooted in images of historic, manually excavated wells, yet today's water wells are advanced systems engineered to efficiently bring groundwater to the surface for diverse applications. A modern water well is composed of a pump, casing, and filter screen, and is usually installed into an aquifer—a water-bearing layer of porous rock, sediment, or soil. In the United States, approximately 15% of the population relies on private water wells for their water supply, utilizing them for a wide range of activities including drinking, irrigation, industrial operations, and geothermal heat exchange. Water wells are constructed or bored structures created to tap into groundwater. Their purpose is to draw water from beneath the earth’s surface from aquifers or reservoirs for various uses such as providing drinking water, supporting agricultural activities, facilitating industrial processes, or monitoring groundwater levels. Significant   aquifers and groundwater sources  in the United States include the Central Valley in California, the vast expanse of the Great Plains, and regions within Texas. Requirement for Water Wells Since water wells are primarily used to tap into underground water sources to provide a sustainable supply of water, they can be found in rural and urban areas. Landowners that are interested in water wells and leasing their water need to consider the requirements needed for this type of development: Permits and Regulations:  Permits or licenses from relevant governmental or regulatory agencies before drilling a new well or modifying an existing one. These permits ensure compliance with local water laws, environmental regulations, and well construction standards. Well Construction: Wells must be constructed according to specific standards to ensure their integrity and functionality. These standards may include requirements for the type and size of casing, screen design, grouting materials, and pump installation. Water Rights:  Water rights regulations can vary significantly, ranging from riparian rights (based on proximity to a water source) to prior appropriation systems (based on first in time, first in right). Understanding and securing the appropriate water rights is crucial to ensure legal access to and usage of water from the well. Water Testing and Quality:  Regular water testing can help identify any potential contamination issues and ensure compliance with drinking water standards. Testing may cover parameters such as pH levels, the presence of bacteria or harmful substances, and mineral content. Local health departments or private laboratories can guide water testing procedures. Well Maintenance:  Routine maintenance tasks may include cleaning the well, testing and maintaining the pump system, and checking the wellhead and casing for any issues. It is advisable to consult with professional well drillers or well maintenance specialists for guidance on proper maintenance practices. Record-Keeping:  Landowners should maintain accurate records of their wells, including information about well construction, maintenance activities, water quality test results, and any modifications made over time. These records can be valuable for future reference, property transactions, or compliance with regulatory requirements. Water Well's Economic Impact on Landowners One of the most significant advantages of a water well system is the cost-saving potential. Landowners with private wells are not subject to municipal water bills, which can be substantial, especially for industrial or large-scale agricultural operations.  By having a dedicated water supply, property owners can significantly reduce their annual expenses. In addition to savings, the value of a property with a functioning water well is often higher than that of a comparable property without access to a private water supply, especially in places where water scarcity is a concern. When water supply costs are stable, they provide predictability in financial planning—critical for businesses that depend on consistent operating costs. The initial investment in drilling a water well may be significant, but over time, the return on investment is clear, making it an attractive proposition for landowners. Environmental Benefits and Local Resilience For environmentally-conscious land stewards, water wells align with conservation efforts. Groundwater, when tapped through a well, becomes a sustainable source of water that replenishes naturally. In comparison with surface water, groundwater withdrawals through private wells generally have a lower environmental impact, contributing to the health of local water systems. During times of drought or when municipal water restrictions are in place, landowners with water wells maintain a level of operational independence. They have the security of knowing that their water supply is largely unaffected by external factors, supporting both agricultural activities and personal needs in the face of adversity. The Flow of Control: Water Quality Assurance The quality of water provided by municipal sources can vary, and the treatment processes may not always align with individual health or preference. With a water well, landowners can ensure that the water they consume meets the required standards and lead a proactive approach to water quality. Regular testing and treatment of water from a private well are the responsibility of the owner, which allows for finer control over the quality of the water that flows from their taps. This can be particularly important for those in agricultural sectors where water purity directly impacts the health of crops or livestock. An Upwelling of Property Value A reliable water source can significantly enhance the value of land or property. The presence of a water well improves the attractiveness to potential buyers, particularly those interested in homesteading, agricultural properties, or remote living. This appeal translates to an increased property value, offering an excellent return on investment for property owners. Properties with water well systems often sell faster than those that rely on municipal water, reflecting the market's acknowledgment of water self-sufficiency as a top priority for many buyers. Is a Water Well Right for Your Land? Before committing to drilling a water well, several considerations need to be made to ensure it's a viable and beneficial addition to your property. Understanding your area's geology and the presence of potential aquifers is the first step. This usually entails working with geological experts to interpret data and assess the availability and quality of groundwater. Legal and regulatory landscapes can vary, so consulting local water authorities and securing the necessary permits is crucial. Considerations such as water well location, minimum distance requirements from potential contamination sources, and well construction standards must be addressed before moving forward with any drilling activities. The Process of Installing a Water Well When the decision to install a water well is made, the next step is to find a reputable well-drilling company. Look for professionals with a proven track record and a thorough understanding of local drilling conditions. The drilling process involves several steps, which typically include surveying the land, choosing an appropriate location and depth for the well, and the actual drilling. The depth and yield of the well are critical factors that the drilling company will manage and determine according to the specific water requirements of the landowner. Navigating the Waters of Private Well Ownership Landowners can sell the water extracted from their wells to individuals, businesses, or organizations in need of a water supply. This can include selling water for residential use, agricultural irrigation, commercial purposes, or even bulk water sales to municipalities or other water providers. The price of the water can be determined based on factors such as demand, supply availability, quality of water, and local regulations. Property owners can lease or rent out their water wells to other individuals, businesses, or organizations. This can involve granting access to the well and charging a monthly or annual fee for its usage. The terms of the lease can be negotiated based on factors such as water quantity, quality, duration of the lease, and any additional services provided. If the land surrounding the well is suitable for agricultural activities, landowners can utilize the water for irrigation purposes. This can involve leasing the land to farmers who require water for their crops. Agricultural activities can include growing crops, establishing orchards, or even cultivating specialty plants that require ample water supply. Are you interested in leasing or selling the water rights on your property? List your water rights for lease or sale for free on LandGate's open marketplace. It starts by generating your free Property Report on our map:

From 2009 to 2019, foreign ownership of US land doubled. According to the Department of Agriculture (USDA) , foreign entities now hold millions of acres of U.S. agricultural land. Countries like China, Canada, and Germany are leading the charge, with Chinese entities particularly active in recent years. Foreign investors are drawn to the stability and potential for high returns offered by the U.S. market. They invest in agricultural land, commercial properties, and residential real estate. In 2022 alone, foreign investment accounted for nearly 10% of all U.S. real estate transactions, highlighting its growing importance. Do you know who your neighbors are? Find out with LandApp Pro's nationwide ownership data . Search by address, parcel number, owner name, and more to find out who owns land: Impact of Foreign Investment on the U.S. Real Estate Market Foreign investment in U.S. land has both positive and negative effects. On the national level, it brings in capital, which can stimulate economic growth and create jobs. However, it can also increase property prices, making it harder for local buyers to compete. At the local level, the impact varies. In some regions, foreign investment drives up property values, benefiting local economies. In others, it can lead to concerns about land being taken out of production or used for purposes that may not align with local needs and traditions. Investors should carefully consider these factors when entering the market. Legal and Regulatory Landscape for Foreign Buyers The legal and regulatory environment for foreign buyers in the U.S. is complex and constantly evolving. The USDA monitors foreign land holdings, while other agencies, like the Department of Homeland Security, assess the national security implications of foreign acquisitions. Recent policy changes have made it more challenging for foreign entities to purchase U.S. land. Enhanced scrutiny and reporting requirements aim to protect national security and ensure transparency. Real estate investors must stay informed about these regulations to avoid legal pitfalls and make strategic decisions. What Threats Do Foreign Acquisitions of U.S. Land Pose? The most significant concerns involve potential threats to U.S. defense and food security. This is primarily because Chinese entities have been purchasing large tracts of farmland, some of it near sensitive sites. For example, in 2021, a Chinese company (Fufeng Group) bought land just 1.2 miles from an Air Force base in Grand Forks, ND, sparking panic among lawmakers nationwide.  As another example, in early 2024, a company called the ' Flannery Associates '  purchased land around the Travis Air Force Base and raised eyebrows among government officials due to the sensitive location, sparking a formal investigation. Thankfully, the group is controlled by U.S. citizens, with 97% of its capital coming from U.S.-based investors, but this event caused a larger discussion about foreign companies purchasing U.S. land. A major concern is that foreign land-grabbing can affect local land rights and agricultural production, which could put local food security at risk. This has spurred more concern among policymakers regarding foreign control of the U.S. food supply. Thankfully, these acquisitions do not yet represent a substantial enough portion of food production in the U.S. to threaten national food security.  What Solutions Are Being Discussed? The only federal law currently governing these purchases is the Agricultural Foreign Investment Disclosure Act of 1978 , which requires that any foreign entity that holds an interest in U.S. agricultural land must disclose any transactions and holdings to the Secretary of Agriculture within 90 days. Failure to report results in steep penalties (up to 25% of the fair market value for their land), but this is rarely enforced due to ‘staffing shortages.’ There are also regulations on the state level, but these vary.  Following the supply chain disruptions from the COVID-19 pandemic and escalating tensions with China, U.S. lawmakers have increased scrutiny of purchases by Chinese investors. In a recent spending bill ( H.R.4356 ), the House Appropriations Committee included an amendment that prohibits the purchase of U.S. land by Chinese-owned companies. However, land purchasing falls under the state’s rights, so the USDA does have the constitutional authority to interfere in private land deals.  Where are Chinese Entities purchasing land? In addition to the Fufeng Group’s purchase of land in North Dakota, other Chinese entities have purchased U.S. farmland across the country. More than 80% of the Chinese-owned land in the US is held by Smithfield Foods, and a billionaire named Sun Guangxin.  Smithfield Foods has recently purchased land in Virginia, Missouri, and North Carolina. Smithfield Foods currently owns approximately 128,000 acres of U.S. farmland . Since 2016, a company owned by Sun Guangzin has spent an estimated $110 million on land located in Val Verde County, Texas. Val Verde is home to the Laughlin Air Force Base. Guangzin’s ties to the Chinese Communist Party drew the attention of local and national politicians.  Future Outlook on Foreign Land Purchases and Homeland Security The future of foreign land purchases in the U.S. appears dynamic and uncertain. On one hand, global interest in U.S. real estate is likely to remain strong, driven by economic opportunities and market stability. On the other hand, increasing regulatory scrutiny and geopolitical tensions may pose challenges for foreign investors. For homeland security, the focus will likely remain on balancing economic benefits with safeguarding national interests. Policies will continue to evolve to address emerging threats and ensure transparency in foreign acquisitions. Key Areas of Interest for Chinese Entities Chinese entities have been particularly active in purchasing U.S. land, focusing on agricultural and commercial properties . States like Texas, California, and Missouri have seen significant investments from Chinese buyers. These acquisitions are often driven by a desire to secure food supplies, diversify investment portfolios, and gain strategic advantages. Investors should monitor these trends to understand the competitive landscape and identify opportunities. Being aware of where foreign entities are investing can help identify emerging markets and potential risks. Using LandApp Pro's nationwide ownership information capabilities, you can search for land by owner or organization name. Below is a search for the Fufeng Group provided the exact location of their parcels: For just $10 per month, you can perform the same land ownership research for any U.S. parcel. Whether you're a current or prospective landowner , it's important that you know who owns the land around you. Subscribe to LandApp Pro below:

Passionate equestrians and property investors often share one particularly alluring common interest: a fascination with horse properties. Whether it's the graceful presence of horses on the land, the inviting aroma of the barns, or the commitment to the equestrian lifestyle, purchasing a horse property can be a dream come true for many. However, beyond the romanticism, there are solid financial and lifestyle reasons to consider turning this dream into a tangible investment. The allure of horse properties is undeniable. These are not just pieces of land with homes; they are lifestyle enablers, offering a mix of rural living, investment potential, and a unique community experience. From the sprawling meadows that provide the ideal backdrop for any aspiring horseback rider to the barns filled with the promise of new equine friends, horse properties cast a spell few can resist. But beneath this enchantment lies a solid foundation for real estate strategy and a lifestyle that many find deeply fulfilling. LandGate is the premier online destination for property purchases. Our platform showcases a plethora of listings spanning the United States, encompassing diverse land sizes and detailed information. Discover a wealth of property data and contact details for property owners and brokers. LandGate's marketplace accommodates various property types, from commercial lots to agricultural and recreational land. Key Takeaways: Financial Benefits : Horse properties can appreciate in value and offer tax benefits, such as agricultural exemptions. Renting out facilities can provide additional income. Lifestyle Advantages : Owning a horse property offers a connection to nature, stress relief, and opportunities for equestrian activities. It fosters a close-knit community among horse enthusiasts. Considerations : Important factors include location proximity to services and trails, property features like grazing land and barns, and the maintenance costs involved. Investment Potential : Horse properties offer a blend of financial stability and lifestyle fulfillment, making them attractive for both investors and equestrian enthusiasts. Financial Benefits of Horse Property Investment Horse properties offer a range of financial benefits that make them an attractive investment.   Investing in horse properties can be a smart move, particularly in areas with high demand for such real estate. Equestrian centers, suburban areas with equestrian interests, and regions with burgeoning horse sports can make for lucrative investments. The value of these properties often appreciates, and they can serve as a form of diversification in your real estate portfolio. Horse farms  often come with tax benefits that are not available with traditional real estate. For instance, if the property is used for breeding, boarding, training, or recreation, it may be eligible for agricultural exemption, which could significantly lower property taxes. There are also deductions available for owning and maintaining horses used in a business. If you own a horse property but do not use it to its full capacity, renting out the barn or stable to local horse owners can provide substantial monthly income. During major equestrian events, such as competitions or sales, horse properties can command high rental rates from participants and spectators seeking temporary stabling. Lifestyle Benefits of Owning a Horse Property The allure of horse properties extends beyond financial aspects. These properties offer a rewarding and enriching lifestyle. Among the key advantages of owning a horse property is the connection to nature. Spending time around horses and natural settings alleviates stress, enhances mental well-being, and provides a serene escape uncommon in urban settings. Having a horse property allows you to partake in various equestrian activities right from your backyard. Whether you prefer leisurely rides, competitive sports like show jumping or dressage, or simply tending to and bonding with your horses daily, a horse property provides the space and amenities to nurture your passion. Horse properties often cultivate close-knit communities. The shared passion for horses unites neighbors and individuals with similar interests, fostering connections and a sense of camaraderie. Building relationships through shared hobbies can significantly boost one's overall happiness and wellness. Considerations for Buying a Horse Property Before jumping the fence into horse property ownership, it’s important to consider several key points to ensure it’s the right move for you. Location Factors: The location of a horse property is critical. You’ll want to be near veterinary services, farriers, feed stores, and, ideally, close to equestrian trails or parks. If you plan to compete, proximity to equestrian venues is a must. Research the local equestrian community to understand the demand for horse-adjacent properties. Property Features: Evaluate the features of the property with care. Look for properties with adequate grazing land, secure fencing, a well-designed barn with good ventilation, and a thoughtfully laid-out arena. Every horse property will have its unique set of must-haves, so be clear on your priorities before shopping. Maintenance and Costs: Owning a horse property is a significant commitment. Proper maintenance—from fencing and pastures to the barn and arena—is essential. Factor in costs for feed, bedding, equipment, and the occasional unplanned veterinary visit. It's a good idea to speak with other horse property owners to get a realistic perspective on the expenses involved. Interested in Buying a Horse Property? Horse properties offer a blend of financial stability and a lifestyle that many find incredibly fulfilling. They present an array of investment, tax, and rental income opportunities, all while fostering a connection to nature and a tight-knit community. For the investor craving diversity, the horse property market can be an untapped opportunity. For the equestrian enthusiast, it is a canvas upon which to paint the life you've always desired. Whether you're a property investor looking for a unique addition to your portfolio or an equestrian connoisseur seeking a personal slice of equestrian paradise, exploring horse properties could be the path to realizing your dreams. It’s time to take the reins and consider horse properties not just as a passing fancy, but as a legitimate investment and lifestyle choice. If you’re captivated by the idea of owning a horse property, reach out and discover the opportunities that await you in this captivating niche of real estate. LandGate’s online marketplace provides potential buyers with a way to view land differently! Check out our property listings currently available across the United States that fit the type of land you are looking for.

Key Takeaways: Virginia's solar farm development is booming, offering landowners lucrative leasing opportunities. The leasing process includes negotiation, option agreements, and potential lease finalization, influenced by grid capacity. Financial incentives like the Inflation Reduction Act and SRECs enhance the appeal of solar projects. LandGate provides valuable data and connections to aid landowners in evaluating and maximizing land value for solar leasing. What Should Landowners Know About Solar Farm Development in Virginia? As of September 2023, Virginia is one of the most active states for solar farm activity and development. The number of solar farms in Virginia have been increasing exponentially over the past decade. This is a direct result of the implementation of various incentives promoting renewable energy generation across the state. Many solar developers are actively planning new projects across the state. This presents a great opportunity for landowners to earn a steady stream of income from their land through solar lease payments , also known as solar payments. Landowners in Virginia are receiving offers from developers to lease their land for solar farms. They often wonder how much their land is worth for a solar farm and if they are receiving a good offer. Leasing land for solar farms helps landowners provide their future generations with long-term financial stability. There are several factors that go into solar farm valuations that landowners and realtors should consider. LandGate is a marketplace that provides data intelligence to landowners while also providing them the opportunity to connect with Virginia solar developers. In a traditional way, developers would knock on landowners' doors or cold-call them. This old-fashioned way is not easy for landowners. It can be perceived as unwanted solicitation at a time when the landowner is not ready and doesn’t have enough information to feel comfortable talking about a solar farm on their land. LandGate provides useful data to landowners or to their agent to inform them for free about the value of their land for solar farm leasing. Equipped with more information, landowners can make good and fast decisions about pursuing a solar lease. What is the Process for Leasing Land for a Solar Farm in Virginia? Step 1: Solar Lease Negotiation Period in Virginia The solar lease negotiation process is the first step landowners take when interested in having a solar farm on their property. Land professionals can assist landowners during this period to make sure they are receiving the best deal possible but also understand the time period between signing the lease and having an active solar farm on their land. During the negotiations, landowners can negotiate solar lease payments, the length of the lease for the solar farm, and what the percentage of the escalator is to combat inflation. Step 2: Solar Lease Option Agreement in Virginia The next step is for the landowner to get a solar farm option agreement. At that point, the solar developer has done a preliminary study, also called a feasibility study, to know if the site is potentially suitable for solar farm development. Why Can’t I Get a Solar Lease Agreement Directly? The process of a solar farm project in Virginia begins with optioning the land, which is called “site control” by developers. The reason solar developers cannot go straight to a solar lease is that they have to evaluate the land thoroughly. Typically the initial screening study is good enough that this first due diligence process is all that is needed. Another larger uncertainty for solar developers is to know if the solar project will be accepted by the utility on the electrical infrastructure (or electrical network). We refer to this phase as “utility’s application” in the graph above and developers refer to this phase as “queue submission”. This means that the solar project enters the interconnection queue of that region waiting for regulatory approval. These queues are known as Independent Systems Operator (ISO) or Regional Transmission Organization (RTO). During this period, the analysis of possible engineering and land factors is conducted to determine the feasibility of the project to be constructed and connected to the grid. This is the reason why the solar developer starts with an option, as not all solar projects are approved by the ISO/RTO. How Likely Will My Virginia Solar Option Become a Solar Lease? At the moment, about 20% of solar options become a solar lease and are built into a solar farm. Currently, the electrical infrastructure network is a big bottle neck. There are more applications of solar projects to get on transmission lines than available capacity. However, governments are aware of this situation and are working to ease it, in order to foster more solar development. This means that it will likely get resolved in the next few years. The problem of available capacity applies only to utility-scale solar farm projects, which are typically greater than 5 MW capacity. Where Can a Landowner Get More Information About the Solar Lease / Option Period in Virginia? LandGate assists landowners with determining the value of their land for a solar farm. We do this by taking into account the proximity of substations, transmission lines, and state incentives - each of which plays a role in site control. Am I Getting Paid During the Solar Option Period? Yes. Solar payments start during the option period but are usually smaller compared to the solar payments during the lease or construction phase of the solar farm. Step 3: Solar Lease Agreement in Virginia Once the availability of grid capacity is confirmed, the solar project is moved to a “planned” phase. During this time, the developers will exercise the solar farm option agreement to become a solar farm lease agreement. Typically larger solar rent payments start at this time. Step 4: Solar Farm Construction in Virginia Solar payments are phased as the project progresses. It starts with small solar lease payments during the option phase. Then it increases during the solar lease phase, it increases again during the construction phase of the solar farm, and the largest solar payment occurs when the solar farm is active and generating electricity. How Long Does It Take to Build a Solar Farm in Virginia? Usually, it will take between 1 to 2 years to build a utility-scale solar farm. It takes less time to build a community solar farm since they are usually smaller in size. Step 5: Active Solar Farm in Virginia After the construction has been completed, the solar farm is now considered ‘active.’ For landowners, this phase is called ‘production,’ as it signifies that their land is currently producing energy for the electrical grid that it is interconnected with. The production phase lasts anywhere from 25 to 50 years depending on what was negotiated on the lease. What Can a Solar Farm Power In Virginia? In Virginia, the average solar farm size is 217 acres generating approximately 42.7 megawatts (MW) of electricity when operating under optimal conditions. This output has the potential to cater to the energy needs of around 4,200 households as the typical electricity consumption of an average household in Virginia stands at 13,400 kilowatt-hours per year. What is the Impact of the IRA and Other Factors in Virginia? Virginia solar incentives have encouraged solar companies to develop more projects across the state. Additionally, favorable market conditions for electricity prices are encouraging investment into the solar sector in Virginia. Landowners and real estate agents should have an understanding of these incentives and market conditions to be prepared for potential offers for solar project deals. Inflation Reduction Act: This bill passed in 2022 and became effective at the beginning of 2023 provides incentives to reduce renewable energy costs for organizations on a business, educational institution, and state level. More specifically, in Virginia, solar energy is eligible for a tax credit. Solar Renewable Energy Certificates (SRECs): Virginia's SRECs are a financial boon for those generating clean electricity through solar power. By participating in this program, solar system owners not only contribute to a greener future but also enjoy economic benefits, making the transition to solar energy even more appealing. The increase in LMP pricing has made solar energy an attractive option for electricity generation in Virginia. LMP is a pricing method used in electricity markets to determine the cost of electricity at specific locations (called ‘nodes’) within the electrical grid. A PPA (Power Purchase Agreement) is a contract between a renewable energy developer (such as a solar company) and a power purchaser (such as a utility). Over the last three years, Virginia has only experienced a 5.47% increase in PPA pricing and an average price LMP price increase of 93.2% (this is expected to decrease by 1% in 2024). In the context of solar energy projects in Virginia, the relationship between LMP and PPA pricing lies in how the PPA sets the pricing terms for the electricity being sold. The fixed price in the PPA provides certainty to the solar developer about the revenue they will receive for the electricity that they produce. Meanwhile, the LMP serves as the market price for electricity at a specific node. When the LMP at a particular node in the grid is higher than the contract price specified in the PPA, it benefits the solar company, as they will receive the contract price and sell the electricity at a higher market price (increasing their revenues). This combination has aided in the rise of solar projects in Virginia. Commercial, Community, & Behind-the-Meter Virginia Solar Farms Typically, landowners and land professionals think of solar farms as huge plots of land covered in solar panels out in the middle of nowhere. However, this usually is not the case! In Virginia, solar farms typically have 217 acres, allowing about 42.7 MW of electricity to be produced under ideal conditions. Commercial solar projects are the commonly largest energy projects being about 40+ acres of land. These solar farms usually feed their energy into the grid to the surrounding area. Realistically these solar farms can be any size as it depends on the capacity available within the grid. Community solar farms in Virginia serve energy customers directly within the same area or community. These solar farms tend to be smaller in size in relation to acreage and megawatts. Community solar is different from residential solar as residential solar panels are found on top of rooftops. Community solar projects can be larger, it just depends on the location. Commercial, residential, and industrial solar farms are all considered to be behind-the-meter solar farms. Behind-the-meter means that they are intended to generate power primarily for on-site consumption rather than selling it to the grid. Community solar and utility-scale solar farms generate energy that is utilized in the grid to send it to all consumers a part of that grid. This means that they are front-of-the-meter solar farms. Discover Land’s Value For Solar Leasing in Virginia The solar energy industries within Virginia are growing to achieve energy goals for clean energy development. This makes it easier for landowners and real estate agents to participate in solar development deals. Landowners in Virginia can receive a free solar leasing estimate by identifying and claiming ownership of their parcel on our map. Realtors can assist their clients in learning about their property’s potential for solar energy by using LandGate. Land professionals can utilize LandGate’s data and analytics to provide their clients with information about their resource’s potential.

Key Takeaways: Arkansas offers lucrative solar farm leasing opportunities for landowners due to strong renewable energy incentives. Landowners gain financial stability through solar lease payments, with increasing income throughout the leasing and construction phases. The leasing process includes negotiating terms, securing a lease option, and establishing a lease agreement, leading to farm operation within 1-2 years. Government incentives like the Inflation Reduction Act and SRECs provide tax credits and boost solar project investment. LandGate supports landowners by providing critical data and connections with developers, offering free solar leasing estimates. What Should Landowners Know About Solar Farm Development in Arkansas? As of October 2023, Arkansas is one of the most active states for solar farm activity and development. The number of solar farms in Arkansas have been increasing exponentially over the past decade. This is a direct result of the implementation of various incentives promoting renewable energy generation across the state. Many solar developers are actively planning new projects across the state. This presents a great opportunity for landowners to earn a steady stream of income from their land through solar lease payments , also known as solar payments. Landowners in Arkansas are receiving offers from developers to lease their land for solar farms. They often wonder how much their land is worth for a solar farm and if they are receiving a good offer. Leasing land for solar farms helps landowners provide their future generations with long-term financial stability. There are several factors that go into solar farm valuations that landowners and realtors should consider. LandGate is a marketplace that provides data intelligence to landowners while also providing them the opportunity to connect with Arkansas solar developers. In a traditional way, developers would knock on landowners' doors or cold-call them. This old-fashioned way is not easy for landowners. It can be perceived as unwanted solicitation at a time when the landowner is not ready and doesn’t have enough information to feel comfortable talking about a solar farm on their land. LandGate provides useful data to landowners or to their agent to inform them for free about the value of their land for solar farm leasing. Equipped with more information, landowners can make good and fast decisions about pursuing a solar lease. What is the Process for Leasing Land for a Solar Farm in Arkansas? Step 1: Solar Lease Negotiation Period in Arkansas The solar lease negotiation process is the first step landowners take when interested in having a solar farm on their property. Land professionals can assist landowners during this period to make sure they are receiving the best deal possible but also understand the time period between signing the lease and having an active solar farm on their land. During the negotiations, landowners can negotiate solar lease payments, the length of the lease for the solar farm, and what the percentage of the escalator is to combat inflation. Step 2: Solar Lease Option Agreement in Arkansas The next step is for the landowner to get a solar farm option agreement. At that point, the solar developer has done a preliminary study, also called a feasibility study, to know if the site is potentially suitable for solar farm development. Why Can’t I Get a Solar Lease Agreement Directly? The process of a solar farm project in Arkansas begins with optioning the land, which is called “site control” by developers. The reason solar developers cannot go straight to a solar lease is because they have to evaluate the land thoroughly. Typically the initial screening study is good enough that this first due diligence process is all that is needed. Another larger uncertainty for solar developers is to know if the solar project will be accepted by the utility on the electrical infrastructure (or electrical network). We refer to this phase as “utility’s application” in the graph above and developers refer to this phase as “queue submission”. This means that the solar project enters the interconnection queue of that region waiting for regulatory approval. These queues are known as Independent Systems Operator (ISO) or Regional Transmission Organization (RTO). During this period, the analysis of possible engineering and land factors is conducted to determine the feasibility of the project to be constructed and connected to the grid. This is the reason why the solar developer starts with an option, as not all solar projects are approved by the ISO/RTO. How Likely Will My Arkansas Solar Option Become a Solar Lease? At the moment, about 20% of solar options become a solar lease and are built into a solar farm. Currently, the electrical infrastructure network is a big bottle neck. There are more applications of solar projects to get on transmission lines than available capacity. However, governments are aware of this situation and are working to ease it, in order to foster more solar development. This means that it will likely get resolved in the next few years. The problem of available capacity applies only to utility scale solar farm projects, which are typically greater than 5 MW capacity. Where Can a Landowner Get More Information About the Solar Lease / Option Period in Arkansas? LandGate assists landowners with determining the value of their land for a solar farm. We do this by taking into account the proximity of substations, transmission lines, and state incentives - each of which play a role in site control. Am I Getting Paid During the Solar Option Period? Yes. Solar payments start during the option period but are usually smaller compared to the solar payments during the lease or construction phase of the solar farm. Step 3: Solar Lease Agreement in Arkansas Once the availability of grid capacity is confirmed, the solar project is moved to a “planned” phase. During this time, the developers will exercise the solar farm option agreement to become a solar farm lease agreement. Typically larger solar rent payments start at this time. Step 4: Solar Farm Construction in Arkansas Solar payments are phased as the project progresses. It starts with small solar lease payments during the option phase. Then it increases during the solar lease phase, it increases again during the construction phase of the solar farm, and the largest solar payment occurs when the solar farm is active and generating electricity. How Long Does It Take to Build a Solar Farm in Arkansas? Usually it will take between 1 to 2 years to build a utility scale solar farm. It takes less time to build a community solar farm since they are usually smaller in size. Step 5: Active Solar Farm in Arkansas After the construction has been completed, the solar farm is now considered ‘active.’ For landowners, this phase is called ‘production,’ as it signifies that their land is currently producing energy for the electrical grid that it is interconnected with. The production phase lasts anywhere from 25 to 50 years depending on what was negotiated on the lease. What Can a Solar Farm Power In Arkansas? In Arkansas, the average solar farm size is 97 acres generating approximately 20 megawatts (MW) of electricity when operating under optimal conditions. This output has the potential to cater to the energy needs of around 4,200 households as the typical electricity consumption of an average household in Arkansas stands at 13,440 kilowatt-hours per year. What is the Impact of the IRA and Other Factors in Arkansas? Arkansas solar incentives have encouraged solar companies to develop more projects across the state. Additionally, favorable market conditions for electricity prices are encouraging investment into the solar sector in Arkansas. Landowners and real estate agents should have an understanding of these incentives and market conditions to be prepared for potential offers for solar project deals. Inflation Reduction Act: This bill passed in 2022 and became effective at the beginning of 2023 provides incentives to reduce renewable energy costs for organizations on a business, educational institution, and state level. More specifically, in Arkansas, solar energy is eligible for a tax credit. Solar Renewable Energy Certificates (SRECs): Arkansas's SRECs are a financial boon for those generating clean electricity through solar power. By participating in this program, solar system owners not only contribute to a greener future but also enjoy economic benefits, making the transition to solar energy even more appealing. REAP Program: The Rural Energy for America (REAP) program offers loan financing and grant funding for renewable energy systems or energy efficiency upgrades. Agricultural producers and rural small businesses are eligible for REAP funding. Renewable systems, such as solar photovoltaic (PV) pumps, are eligible for a grant from $2,500 to $1 million. The increase in LMP pricing has made solar energy an attractive option for electricity generation in Arkansas. LMP is a pricing method used in electricity markets to determine the cost of electricity at specific locations (called ‘nodes’) within the electrical grid. A PPA (Power Purchase Agreement) is a contract between a renewable energy developer (such as a solar company) and a power purchaser (such as a utility). Over the last three years, Arkansas has only experienced a 5.47% increase in PPA pricing and an average price LMP price increase of 93.2% (this is expected to decrease by 1% in 2024). In the context of solar energy projects in Arkansas, the relationship between LMP and PPA pricing lies in how the PPA sets the pricing terms for the electricity being sold. The fixed price in the PPA provides certainty to the solar developer about the revenue they will receive for the electricity that they produce. Meanwhile, the LMP serves as the market price for electricity at a specific node. When the LMP at a particular node in the grid is higher than the contract price specified in the PPA, it benefits the solar company, as they will receive the contract price and sell the electricity at a higher market price (increasing their revenues). This combination has aided in the rise of solar projects in Arkansas. Commercial, Community, & Behind-the-Meter Arkansas Solar Farms Typically, landowners and land professionals think of solar farms as huge plots of land covered in solar panels out in the middle of nowhere. However, this usually is not the case! In Arkansas, solar farms are typically 97 acres, allowing about 20.3 MW of electricity to be produced under ideal conditions. Commercial solar projects are the commonly largest energy projects being about 40+ acres of land. These solar farms usually feed their energy into the grid to the surrounding area. Realistically these solar farms can be any size as it depends on the capacity available within the grid. Community solar farms in Arkansas serve energy customers directly within the same area or community. These solar farms tend to be smaller in size in relation to acreage and megawatts. Community solar is different from residential solar as residential solar panels are found on top of roof tops. Community solar projects can be larger, it just depends on the location. Commercial, residential, and industrial solar farms are all considered to be behind-the-meter solar farms. Behind-the-meter means that they are intended to generate power primarily for on-site consumption rather than selling it to the grid. Community solar and utility scale solar farms generate energy that is utilized in the grid to send it to all consumers a part of that grid. This means that they are front-of-the-meter solar farms. Discover Land’s Value For Solar Leasing in Arkansas The solar energy industries within Arkansas are growing to achieve energy goals for clean energy development. This makes it easier for landowners and real estate agents to participate in solar development deals. Landowners in Arkansas can receive a free solar leasing estimate by identifying and claiming ownership of their parcel on our map. Realtors can assist their clients in learning about their property’s potential for solar energy by using LandGate. Land professionals can utilize LandGate’s data and analytics to provide their clients with information about the potential of their resources.

There are two types of solar farms- community and utility (commercial) scale. Community and commercial solar farms both participate in solar energy production, but on completely different scales. In this guide, we will outline some common FAQ's about community solar projects. What is community solar? Community solar, also known as shared solar or solar gardens, is a system where multiple individuals or organizations come together to collectively own and share the benefits of a single solar energy project. This allows for people who are unable to install solar panels on their property, such as renters or those with shaded roofs, to still have access to clean renewable energy. Community solar farms often offer lower prices for electricity than the utility company. What is the difference between community and commercial solar? There are a few differences between community and commercial solar projects. In commercial solar projects, a solar developer leases land from a property owner to construct solar panels. When the solar project is fully operational, they sell the electricity generated from the solar panels back to the local utility company. This differs from community solar projects in that the property owner who has leased land for a solar farm does not directly purchase or use the energy generated from the solar panels. The land requirements for community and commercial-scale solar projects differs. Commercial solar projects are typically much larger in size and scale than community solar projects. Additionally, community solar projects must be located adjacent to the energy consumers (ie; homes and businesses), while commercial-scale solar projects can be in remote locations. How does community solar work? Community solar works by allowing individuals or organizations to purchase a share of a solar project, typically in the form of panels or kilowatt hours (kWh). The electricity generated from the project is then credited to each member's utility bill, reducing their overall energy costs. The developer constructs a solar farm capable of generating sufficient electricity to fulfill the energy requirements of the community. Community members negotiate and sign a contract to purchase energy from the solar array. The energy they purchase from the community solar farm is credited to their account with the local utility company. Through net metering, the consumer's energy usage is tracked by their meter, and the solar credits offset their energy bill. What are the benefits of community solar? There are many benefits of community solar programs. They provide a win-win situation for the end-user of the energy generated from the solar farm and the solar developer. The end-user pays less for their power bill at the end of the day, and the utility company benefits from extra grid stability and generation capacity. Other benefits include: Access to clean renewable energy for those who cannot install solar panels on their property Lower electricity prices compared to the utility company No upfront costs or maintenance responsibilities for community members Potential for energy bill savings and long-term fixed rates What are the drawbacks of community solar? Although community solar farms have a handful of benefits that have led to their increased popularity across the country, there are also some potential drawbacks that property owners and energy consumers should consider. No tax incentives or rebates are available for the energy consumers. Most people invest in a community solar project under a subscription model, meaning that you don't own the solar panels but pay for the electricity that they generate at a lower rate than what the utility company typically charges. Most solar incentives are only available to the owner of the solar farm, which is the solar developer in this case. Community solar farms are not yet available in every state. According to SEIA , 41 states have at least one community solar project in place in 2023. Who can participate in community solar? Community solar is open to anyone, including homeowners, renters, businesses, and organizations. Any member of the community can subscribe to a solar farm and enjoy the benefits of renewable energy while also supporting their local economy. Additionally, many states have specific programs in place that prioritize low-income households or provide additional incentives for them to participate in community solar projects. How can I lease land for a solar farm? Landowners can benefit from having a solar farm on their land. It is a great source of passive income from solar lease payments . But how can you tell if your land is best for commercial or community solar energy production? Several factors determine whether land qualifies for a solar lease, such as available acreage, investment costs, and proximity to electrical infrastructure. By using LandGate's complimentary property report report, landowners can receive a lease estimate for a potential solar farm. This report provides valuable insights into the suitability of the land for a solar farm and enables property owners to make informed decisions. Exclusion zones Buildable acreage Proximity to a transmission line Proximity to a distribution line Proximity to a substation Amount of sunlight Proximity to other solar farms in your area

Timberland, also known as forest land, is a valuable asset that can provide both economic and environmental benefits. It is important to properly manage timberland and fully understand its unique attributes in order to maximize its potential and reap its rewards. The idea that someone would purchase a wooded area and use it for public parks, conservation, or timber harvesting is not a new concept- in the late 1800's, forested lands were primarily purchased by paper companies. Currently, wooded properties are commonly purchased by individuals looking for profitable yet safe investments. That being said, the sale of healthy timberland can be very profitable. Owners of timberland that are interested in selling their land can make changes to their property that can influence its value and get the most from the sale of their property. Key Takeaways: Increasing the Value of Timberland There are various factors that affect the value of timberland Methods to increase the value of timberland include employing sustainable forest practices and diversifying income streams Timberland owners can lease their land for recreational activities, sell carbon credits, sell non-forest timber products, and sell timber from their land to generate revenue Factors that Affect the Value of Timberland When it comes to owning or investing in timberland , understanding the factors that impact its value is crucial for maximizing returns and ensuring sustainable growth. Timberland is a unique asset class that combines the elements of real estate, agriculture, and commodities, each influencing its worth in different ways. From environmental conditions and market demand to management practices and regulatory policies, multiple variables play a role in determining the value of your forest investment. Market Rates for Timber The market value of timber is subject to fluctuations, making it crucial to analyze the market before deciding when to sell. Similar to other assets, if the price of timber is anticipated to rise, it is advisable to wait for a more opportune time. If the current rates surpass the projected future rates, there is no better moment than now to try to sell. Forest Health Landowners may also opt to sell their land after implementing thinning efforts. It is important to provide healthy trees with ample space to grow, as prolonged damage and overgrowth can have detrimental effects on the remaining trees. Although it may seem counter intuitive, regular and consistent thinning plays a crucial role in maintaining a robust timber stand. By removing excess trees, more space is created for the remaining ones to flourish, thereby reducing the risk of fire and enhancing the environmental conditions for local wildlife. Tree & Soil Types Understanding the types of trees on a property helps with determining the value of timberland. Knowing the specific tree species and their growth rates along with the soil types are critical factors in determining a property's value and its potential future appreciation. Certain types of trees, such as hardwoods, tend to be more valuable due to their properties and demand in the market. Location The location of timberland can greatly affect its value. Properties that are closer to mills or other production facilities may have higher values due to lower transportation costs. Additionally, areas with high demand for timber products, such as construction materials or paper, may also have higher values. How to Grow the Value of Timberland There are various ways to increase the value of timberland. The main methods of increasing the value of timberland are through sustainable forest management practices and diversifying income streams. Sustainable Forest Management Practices Proper management practices help maintain healthy timber stands and can greatly enhance the value of timberland. This includes regular thinning, species selection, and proper harvesting techniques to ensure sustainable growth. Additionally, implementing conservation practices such as replanting trees after harvest and protecting wildlife habitats can also add value to the property. Diversifying Income Streams Aside from timber harvesting, there are other ways to generate income from timberland if you aren't interested in selling the property outright. These include leasing for recreational activities such as hunting, fishing, camping, and ecotourism. You can also earn income from conservation easements and through selling non-forest timber products. Landowners can also generate revenue from timberland through the   sale of carbon credits . Timberland qualifies for Harvest Deferral Carbon Credits, which is where the landowner can get paid to NOT cut down their trees. How to Determine the Value of Timberland Timberland is a unique and valuable asset that requires proper management to grow its value. Factors such as market rates, forest health, tree and soil types, and location all play a crucial role in determining the value of timberland. Conducting a formal appraisal and utilizing different valuation approaches (such as the sales comparison approach) can also be helpful in determining the value of timberland. Implementing the above practices can help timberland owners to sell their land for the most value. For landowners interested in retaining ownership of their timberland, sustainable practices and diversifying income streams can help with maximizing profits. LandGate provides landowners with free estimates for the value of timberland in our free property reports. Learn about your land by getting a free property report from LandGate and list for free today:

Key Takeaways: Oregon has 1,815 MW of solar capacity and plans to add 2,161 MW in the next five years, driven by a $3.1 billion investment. State and federal incentives, including tax credits and net metering, support the growth of solar energy. Landowners can lease land for solar farms, gaining financial stability; LandGate assists by providing land valuation data and connecting landowners with developers. About 20% of solar options transition to leases due to infrastructure bottlenecks. Solar farms significantly contribute to local energy needs, with an average farm generating 10.53 MW. What Should Landowners Know About Solar Farm Development in Oregon? As of August 2024, Oregon is making significant strides in the solar energy sector with 1,815 MW of installed solar capacity. While the state currently ranks 24th in terms of solar capacity generated, Oregon has seen a substantial investment of $3.1 billion in solar energy which has spurred further investments. Over the next five years, Oregon is projected to add another 2,161 MW of solar capacity. Solar energy in Oregon currently powers approximately 233,262 homes. Notable policies such as the Renewable Energy Standard and various state and federal incentives support the growth of solar manufacturing and installations across the state. Companies like Pacific Power and Portland General Electric are playing a pivotal role, with significant investments in solar manufacturing facilities, enhancing the state's renewable energy infrastructure.​ Landowners in Oregon are receiving offers from developers to lease their land for solar farms. They often wonder how much their land is worth for a solar farm and if they are receiving a good offer. Leasing land for solar farms helps landowners provide their future generations with long-term financial stability. Several factors go into solar farm valuations that landowners and realtors should consider.  LandGate is a marketplace that provides data intelligence to landowners while also providing them the opportunity to connect with Oregon solar developers. Traditionally, developers would knock on landowners' doors or cold-call them. This old-fashioned way is not easy for landowners. It can be perceived as unwanted solicitation at a time when the landowner is not ready and doesn’t have enough information to feel comfortable talking about a solar farm on their land. LandGate provides useful data to landowners or to their agents to inform them for free about the value of their land for solar farm leasing. Equipped with more information, landowners can make good and fast decisions about pursuing a solar lease. What is the Process for Leasing Land for a Solar Farm in Oregon? Step 1: Solar Lease Negotiation Period in Oregon The solar lease negotiation process is the first step landowners take when interested in having a solar farm on their property. Land professionals can assist landowners during this period to make sure they are receiving the best deal possible  but also understand the period between signing the lease and having an active solar farm on their land.  During the negotiations, landowners can negotiate solar lease payments, the length of the lease for the solar farm, and the percentage of the escalator is to combat inflation. Step 2: Solar Lease Option Agreement in Oregon The next step is for the landowner to get a solar farm option agreement. At that point, the solar developer has done a preliminary study, also called a feasibility study, to know if the site is potentially suitable for solar farm development. Why Can’t I Get a Solar Lease Agreement Directly? The process of a solar farm project in Oregon begins with optioning the land, which is called “site control” by developers. The reason solar developers cannot go straight to a solar lease is that they have to evaluate the land thoroughly. Typically the initial screening study is good enough that this first due diligence process is all that is needed. Another larger uncertainty for solar developers is to know if the solar project will be accepted by the utility on the electrical infrastructure (or electrical network). We refer to this phase as “utility’s application” in the graph above and developers refer to this phase as “queue submission”. This means that the solar project enters the interconnection queue of that region waiting for regulatory approval.  These queues are known as Independent Systems Operator (ISO) or Regional Transmission Organization (RTO). During this period, the analysis of possible engineering and land factors is conducted to determine the feasibility of the project to be constructed and connected to the grid. This is the reason why the solar developer starts with an option, as not all solar projects are approved by the ISO/RTO. How Likely Will My Oregon Solar Option Become a Solar Lease? At the moment, about 20% of solar options become a solar lease and are built into a solar farm. Currently, the electrical infrastructure network is a big bottleneck. There are more applications of solar projects to get on transmission lines than available capacity.  However, governments are aware of this situation and are working to ease it, to foster more solar development. This means that it will likely get resolved in the next few years. The problem of available capacity applies only to utility-scale solar farm projects, which are typically greater than 5 MW capacity.  Where Can a Landowner Get More Information About the Solar Lease / Option Period  in Oregon ? LandGate assists landowners with determining the value of their land for a solar farm. We do this by taking into account the proximity of substations, transmission lines, and state incentives - each of which plays a role in site control. Am I Getting Paid During the Solar Option Period? Yes. Solar payments start during the option period but are usually smaller compared to the solar payments during the lease or construction phase of the solar farm. Step 3: Solar Lease Agreement in Oregon Once the availability of grid capacity is confirmed, the solar project is moved to a “planned” phase. During this time, the developers will exercise the solar farm option agreement to become a solar farm lease agreement. Typically larger solar rent payments start at this time. Step 4: Solar Farm Construction in Oregon Solar payments are phased as the project progresses. It starts with small solar lease payments  during the option phase. Then it increases during the solar lease phase, it increases again during the construction phase of the solar farm, and the largest solar payment occurs when the solar farm is active and generating electricity. How Long Does It Take to Build a Solar Farm in  Oregon ? Usually, it will take between 1 to 2 years to build a utility-scale solar farm. It takes less time to build a community solar farm since they are usually smaller in size. Step 5: Active Solar Farm in Oregon After the construction has been completed, the solar farm is now considered ‘active.’ For landowners, this phase is called ‘production,’ as it signifies that their land is currently producing energy for the electrical grid that it is interconnected with. The production phase lasts anywhere from 25 to 50 years depending on what was negotiated on the lease. What Can a Solar Farm Power In Oregon? In Oregon, the average solar farm size is 166 acres generating approximately 10.53 megawatts (MW) of electricity when operating under optimal conditions. This output has the potential to cater to the energy needs of around 8,541  households as the typical electricity consumption of an average household in Oregon stands at 10,800 kilowatt-hours per year. What is the Impact of the IRA and Other Factors in Oregon? There are several federal and state incentives available for solar development in Oregon, intended to encourage the use of solar energy by making solar power more affordable for businesses and organizations that install solar systems. These incentives can improve the financial viability of solar projects since they lower the initial costs and increase the return on investment. Solar project incentives aid in the switch to clean, renewable energy sources, which lower greenhouse gas emissions and slow climate change. Incentives aid in increasing the deployment of solar projects by making solar energy more financially appealing, replacing fossil fuel-based power, and lowering the environmental effects related to traditional energy sources. OR Solar Development Incentive Type About Renewable Portfolio Standard (RPS) State Oregon's RPS requires that 50% of the electricity provided by large utilities come from renewable sources by 2040. There are also specific carve-outs for small-scale renewable projects and community solar programs. Federal Solar Tax Credit, Solar Tax Credit  (ITC) Federal The ITC provides a 30% tax credit on the cost of solar system installation for residential and commercial properties, available through 2032. This federal incentive applies nationwide, including in Oregon. Renewable Electricity Production Tax Credit (PTC) Federal The PTC offers a per-kilowatt-hour (kWh) tax credit for electricity generated by qualified renewable resources, including solar energy. The credit applies to electricity sold to an unrelated third party for up to 10 years. Renewable Energy Certificates (RECs) State Oregon allows solar system owners to generate RECs, which can be sold to utilities or other buyers to meet their renewable energy obligations. Each REC represents 1 MWh of renewable electricity generated. Energy Trust of Oregon Solar Incentives State Energy Trust of Oregon provides cash incentives and support for residential and commercial solar installations. The incentive amount is based on the system size and expected energy production. This program helps reduce the upfront cost of going solar.  Property Tax Exemption for Alternative Energy Systems State Oregon offers a property tax exemption for the added value of renewable energy systems, including solar. This exemption helps reduce the overall cost burden for property owners who install solar systems. Net Metering State Oregon’s net metering policy requires utilities to credit customers for the excess electricity generated by their solar systems at the retail rate. This credit can be used to offset future electricity use, effectively lowering utility bills. Oregon Clean Energy Fund (OCEF) State The OCEF offers low-interest loans and financial assistance for the development of renewable energy projects, including solar installations, throughout the state. This fund supports both residential and commercial solar projects. Oregon Solar + Storage Rebate Program State This program offers rebates to homeowners and low-income service providers for the installation of solar electric systems and paired storage systems. The rebate amount varies based on the system type and applicant category. The combination of federal incentives, state-specific programs, and financing options make solar energy projects significantly more accessible and financially attractive in Oregon. These incentives are designed to encourage the adoption of solar power, reduce greenhouse gas emissions, and support the transition to a more sustainable energy future. __________________________________________________________________________ The expected increase in LMP pricing has made solar energy an attractive option for electricity generation in Oregon. LMP is a pricing method used in electricity markets to determine the cost of electricity at specific locations (called ‘nodes’) within the electrical grid. A PPA (Power Purchase Agreement) is a contract between a renewable energy developer (such as a solar company) and a power purchaser (such as a utility). Over the last three years, Oregon has experienced stable PPA pricing, and an average LMP price increase of 8.32% (this is expected to decrease by 29.22% in 2025). In the context of solar energy projects in Oregon, the relationship between LMP and PPA pricing lies in how the PPA sets the pricing terms for the electricity being sold. The fixed price in the PPA provides certainty to the solar developer about the revenue they will receive for the electricity they produce. Meanwhile, the LMP serves as the market price for electricity at a specific node. When the LMP at a particular node in the grid is higher than the contract price specified in the PPA, it benefits the solar company, as they will receive the contract price and sell the electricity at a higher market price (increasing their revenues). Oregon has seen an increase in LMP over the past three years. This combined with stable PPA pricing, has made Oregon an attractive option for consumers and developers of electricity. This combination has aided in the rise of solar projects in Oregon. Typically, landowners and land professionals think of solar farms as huge plots of land covered in solar panels out in the middle of nowhere. However, this usually is not the case! In Oregon, solar farms are typically 166 acres, allowing about 10.53 MW of electricity to be produced per farm under ideal conditions.  Commercial, Community, & Behind-the-Meter Solar Farms  Oregon has witnessed notable growth in community and distributed solar generation. The state is actively developing a pipeline for small-scale solar projects, and there has been significant discussion regarding community solar programs . In 2015, the Solar Power Free-Market Financing Act was passed, making it easier to finance solar installations. Building on this, Oregon's community solar programs, supported by Oregon Power and various EMCs, allow residential, commercial, and industrial customers to benefit from solar energy collectively. Overseen by the Oregon Public Service Commission, these programs offer subscription models, enabling participants to share in energy credits, thus making renewable energy more accessible statewide. Below is a list of key community solar installations in Oregon. Key Installations in Oregon Project Project Details Boeing Solar Project 2.1 MW capacity Located in Portland Powers approximately 500 homes Outback Solar Project 50 MW capacity Located in Lake County Generates around 124,000 MWh annually Eugene Community Solar 1.2 MW capacity Located in Eugene Powers approximately 200 homes Benton County Solar Farm 4 MW capacity Located in Benton County Generates around 7,000 MWh annually Pine Grove Solar Project 2.7 MW capacity Located in Hood River County Powers approximately 450 homes Commercial solar projects  are the commonly largest energy projects being about 40+ acres of land. These solar farms usually feed their energy into the grid to the surrounding area. Realistically these solar farms can be any size as it depends on the capacity available within the grid.  Discover Land’s Value For Solar Leasing in Oregon The solar energy industries within Oregon are growing to achieve energy goals for clean energy development. This makes it easier for landowners and real estate agents to participate in solar development deals. Landowners in Oregon can receive a free solar leasing estimate by identifying and claiming ownership of their parcel on our map.  Realtors can assist their clients in learning about their property’s potential for solar energy by using LandGate. Land professionals can utilize LandGate’s data and analytics to provide their clients with information about their resource’s potential.

Key Takeaways: Pennsylvania is one of the most active states for solar farm development, with significant growth in solar farms due to state incentives promoting renewable energy. Solar farm leasing offers landowners a steady income stream, contributing to long-term financial stability for future generations. The leasing process involves several steps: negotiation, obtaining a solar lease option agreement, and moving to a full lease agreement as projects progress. Only about 20% of solar options lead to constructed solar farms, primarily due to grid capacity issues, which governments are working to resolve. Solar farms in Pennsylvania typically cover 42 acres and generate around 4.2 MW of electricity, enough to power approximately 520 households. Financial incentives from the Inflation Reduction Act and Pennsylvania-specific programs like ACE, HPB, and SEP encourage solar development. The relationship between LMP and PPA pricing has made solar an attractive energy generation option in Pennsylvania, with LMP prices increasing significantly. Solar farms vary in size and purpose, ranging from commercial projects to community and behind-the-meter installations. Landowners can use platforms like LandGate to assess their land’s potential for solar leasing and receive free property reports. What Should Landowners Know About Solar Farm Development in Pennsylvania? As of September 2023, Pennsylvania is one of the most active states for solar farm development and activity. The number of solar farms in Pennsylvania have been increasing exponentially over the past decade. This is a direct result of implementing various incentives promoting renewable energy generation across the state. Many solar developers are actively planning new projects across the state. This presents a great opportunity for landowners to earn a steady stream of income from their land through solar lease payments , also known as solar payments. Landowners in Pennsylvania are receiving offers from developers to lease their land for solar farms. They often wonder how much their land is worth for a solar farm and if they are receiving a good offer. Leasing land for solar farms helps landowners provide their future generations with long-term financial stability. Landowners and realtors should consider several factors when evaluating solar farm valuations. LandGate is a marketplace that provides data intelligence to landowners while also providing them the opportunity to connect with Pennsylvania solar developers. Traditionally, developers would knock on landowners' doors or cold-call them. This old-fashioned way is not easy for landowners. It can be perceived as unwanted solicitation at a time when the landowner is not ready and doesn’t have enough information to feel comfortable talking about a solar farm on their land. LandGate provides useful data to landowners or to their agent to inform them for free about the value of their land for solar farm leasing. Equipped with more information, landowners can make good and fast decisions about pursuing a solar lease. What is the Process for Leasing Land for a Solar Farm in Pennsylvania? Step 1: Solar Lease Negotiation Period in Pennsylvania The solar lease negotiation process is the first step landowners take when interested in having a solar farm on their property. Land professionals can assist landowners during this period to make sure they are receiving the best deal possible but also understand the time period between signing the lease and having an active solar farm on their land. During the negotiations, landowners can negotiate solar lease payments, the length of the lease for the solar farm, and the percentage of the escalator to combat inflation. Step 2: Solar Lease Option Agreement in Pennsylvania The next step is for the landowner to get a solar farm option agreement. At that point, the solar developer has done a preliminary study, also called a feasibility study, to know if the site is potentially suitable for solar farm development. Why Can’t I Get a Solar Lease Agreement Directly? The process of a solar farm project in Pennsylvania begins with optioning the land, which is called “site control” by developers. The reason solar developers cannot go straight to a solar lease is that they have to evaluate the land thoroughly. Typically the initial screening study is good enough that this first due diligence process is all that is needed. Another larger uncertainty for solar developers is to know if the solar project will be accepted by the utility on the electrical infrastructure (or electrical network). We refer to this phase as “utility’s application” in the graph above and developers refer to this phase as “queue submission”. This means that the solar project enters the interconnection queue of that region waiting for regulatory approval. These queues are known as Independent Systems Operator (ISO) or Regional Transmission Organization (RTO). During this period, the analysis of possible engineering and land factors is conducted to determine the feasibility of the project to be constructed and connected to the grid. This is the reason why the solar developer starts with an option, as not all solar projects are approved by the ISO/RTO. How Likely Will My Pennsylvania Solar Option Become a Solar Lease? At the moment, about 20% of solar options become a solar lease and are built into a solar farm. Currently, the electrical infrastructure network is a big bottleneck. There are more applications of solar projects to get on transmission lines than available capacity. However, governments are aware of this situation and are working to ease it, to foster more solar development. This means that it will likely get resolved in the next few years. The problem of available capacity applies only to utility-scale solar farm projects, which are typically greater than 5MW capacity. Where Can a Landowner Get More Information About the Solar Lease / Option Period in Pennsylvania? LandGate assists landowners with determining the value of their land for a solar farm. We do this by taking into account the proximity of substations, transmission lines, and state incentives - each of which play a role in site control. Am I Getting Paid During the Solar Option Period? Yes. Solar payments start during the option period but are usually smaller compared to the solar payments during the lease or construction phase of the solar farm. Step 3: Solar Lease Agreement in Pennsylvania Once the availability of grid capacity is confirmed, the solar project is moved to a “planned” phase. During this time, the developers will exercise the solar farm option agreement to become a solar farm lease agreement. Typically larger solar rent payments start at this time. Step 4: Solar Farm Construction in Pennsylvania Solar payments are phased as the project progresses. It starts with small solar lease payments during the option phase. Then it increases during the solar lease phase, it increases again during the construction phase of the solar farm, and the largest solar payment occurs when the solar farm is active and generating electricity. How Long Does It Take to Build a Solar Farm in Pennsylvania? Usually it will take between 1 to 2 years to build a utility scale solar farm. It takes less time to build a community solar farm since they are usually smaller in size. Step 5: Active Solar Farm in Pennsylvania After the construction has been completed, the solar farm is now considered ‘active.’ For landowners, this phase is called ‘production,’ as it signifies that their land is currently producing energy for the electrical grid that it is interconnected with. The production phase lasts anywhere from 25 to 50 years depending on what was negotiated on the lease. What Can a Solar Farm Power in Pennsylvania? In Pennsylvania, the average solar farm size is 42 acres generating approximately 4.2 megawatts (MW) of electricity when operating under optimal conditions. This output has the potential to cater to the energy needs of around 520 households as the typical electricity consumption of an average household in Pennsylvania stands at 10,402 kWh per year. What is the Impact of the IRA and Other Factors in Pennsylvania? Pennsylvania solar incentives have encouraged solar companies to develop more projects across the state. Additionally, favorable market conditions for electricity prices are encouraging investment into the solar sector in Pennsylvania. Landowners and real estate agents should have an understanding of these incentives and market conditions to be prepared for potential offers for solar project deals. Inflation Reduction Act: This bill passed in 2022 and became effective at the beginning of 2023 provides incentives to reduce renewable energy costs for organizations on a business, educational institution, and state level. More specifically, in Pennsylvania, solar energy is eligible for a tax credit. Alternative Clean Energy Program (ACE): Under the supervision of the Commonwealth Financing Authority (CFA), the Department of Community and Economic Development (DCED) and the Department of Environmental Protection (DEP); the Alternative and Clean Energy Program provides qualifying candidates with financial help in the form of grants and loans. High Performance Building Program (HPB): In order to cover the cost premiums associated with the design, construction, or significant restoration of high performance buildings in the state, HPB offers financial support in the form of grants and loan money. Solar Energy Program (SEP): SEP offers financial support to encourage the use of solar energy in Pennsylvania through grants and loans. The combination of an increase in LMP pricing plus a decline in PPA pricing has made solar energy an attractive option for electricity generation in Pennsylvania. LMP is a pricing method used in electricity markets to determine the cost of electricity at specific locations (called ‘nodes’) within the electrical grid. A PPA (Power Purchase Agreement) is a contract between a renewable energy developer (such as a solar company) and a power purchaser (such as a utility). Over the last three years, Pennsylvania experienced a notable 18.9% reduction in PPA pricing and an average price LMP price increase of 57.75% (this is expected to increase by an additional 13.9% in 2024). In the context of solar energy projects in Pennsylvania, the relationship between LMP and PPA pricing lies in how the PPA sets the pricing terms for the electricity being sold. The fixed price in the PPA provides certainty to the solar developer about the revenue they will receive for the electricity that they produce. Meanwhile, the LMP serves as the market price for electricity at a specific node. When the LMP at a particular node in the grid is higher than the contract price specified in the PPA, it benefits the solar company, as they will receive the contract price and sell the electricity at a higher market price (increasing their revenues). This combination has aided in the rise of solar projects in Pennsylvania. Commercial, Community, & Behind-the-Meter Pennsylvania Solar Farms Typically, landowners and land professionals think of solar farms as huge plots of land covered in solar panels out in the middle of nowhere. However, this usually is not the case! In Pennsylvania, solar farms are typically 42 acres, allowing about 4.2 MW of electricity to be produced under ideal conditions. Commercial solar projects are the commonly largest energy projects being about 40+ acres of land. These solar farms usually feed their energy into the grid to the surrounding area. Realistically these solar farms can be any size as it depends on the capacity available within the grid. Community solar farms in Pennsylvania serve energy customers directly within the same area or community. These solar farms tend to be smaller in size in relation to acreage and megawatts. Community solar is different from residential solar as residential solar panels are found on top of roof tops. Community solar projects can be larger, it just depends on the location. Commercial, residential, and industrial solar farms are all considered to be behind-the-meter solar farms. Behind-the-meter means that they are intended to generate power primarily for on-site consumption rather than selling it to the grid. Community solar and utility scale solar farms generate energy that is utilized in the grid to send it to all consumers a part of that grid. This means that they are front-of-the-meter solar farms. Discover Land’s Value For Solar Leasing in Pennsylvania The solar energy industries within Pennsylvania are growing to achieve energy goals for clean energy development. This makes it easier for landowners and real estate agents to participate in solar development deals. Landowners in Pennsylvania can receive a free solar leasing estimate by identifying and claiming ownership of their parcel on our map. Realtors can assist their clients in learning about their property’s potential for solar energy by using LandGate. Land professionals can utilize LandGate’s data and analytics to provide their clients with information about their resource’s potential.

Key Takeaways: South Carolina is experiencing a significant transition towards renewable energy, particularly solar energy, offering landowners the chance to lease land for solar farm development. Lease rates for solar farms in South Carolina range between $500 and $750 per acre annually, providing potential earnings of $15,000 to $75,000 per year for landowners. The leasing process involves several steps, starting with a negotiation period followed by a solar lease option agreement and concluding with a solar lease agreement once grid capacity is confirmed. The benefits of solar leasing for landowners include a steady income stream and the opportunity to contribute to clean energy generation, with payments increasing as the project progresses to full production. State and federal incentives enhance the attractiveness of solar projects, including tax credits, net metering, and property tax exemptions. LandGate plays a crucial role in assisting landowners by providing data intelligence to assess the value of their land for solar development and connect with developers, simplifying the decision-making process. South Carolina offers a promising market for solar energy development due to supportive policies and incentives aimed at increasing solar capacity. What Should Landowners Know About Solar Farm Development in South Carolina? Over the recent years, South Carolina has seen a noteworthy shift in its energy landscape, mirroring broader national trends toward renewable energy adoption. This transition has been significantly propelled by the state's growing interest and investment in solar energy, making it a promising market for solar farm development. Landowners in South Carolina now have the unique opportunity to contribute to this clean energy shift by leasing their land for solar farms, a move that not only supports renewable energy generation but also offers them a steady income stream. South Carolina’s focus on expanding their renewable energy network, particularly solar farms, not only supports the state's renewable energy goals but also provides a stable income for landowners. Duke Energy Carolinas' 2020 solicitation for solar farms aimed to fulfill requirements under the South Carolina Distributed Energy Resources Program Act, targeting projects between 1 MWac and 10 MWac and necessitating at least 20 acres of land.  Solar farm lease rates in South Carolina range from $500 to $750 per acre annually, with potential annual earnings for landowners ranging from $15,000 to $75,000, plus an annual escalation and coverage of property taxes by the solar development company. With 108 active solar farms and a total capacity of 1503 MW, South Carolina is becoming an increasingly attractive market for solar energy development. As of February 2024, South Carolina i s one of the most active states for solar farm activity and development. Their exponential growth is a direct result of the implementation of various incentives promoting renewable energy generation across the state. Many solar developers are actively planning new projects across the state. This presents a great opportunity for landowners to earn a steady stream of income from their land through solar lease payments , also known as solar payments.  Landowners in South Carolina are receiving offers from developers to lease their land for solar farms. They often wonder how much their land is worth for a solar farm and if they are receiving a good offer. Leasing land for solar farms helps landowners provide their future generations with long-term financial stability. Several factors go into solar farm valuations that landowners and realtors should consider.  LandGate is a marketplace that provides data intelligence to landowners while also providing them the opportunity to connect with South Carolina  solar developers. Traditionally, developers would knock on landowners' doors or cold-call them. This old-fashioned way is not easy for landowners. It can be perceived as unwanted solicitation at a time when the landowner is not ready and doesn’t have enough information to feel comfortable talking about a solar farm on their land. LandGate provides useful data to landowners or to their agents to inform them for free about the value of their land for solar farm leasing. Equipped with more information, landowners can make good and fast decisions about pursuing a solar lease. What is the Process for Leasing Land for a Solar Farm in South Carolina? Step 1: Solar Lease Negotiation Period in South Carolina The solar lease negotiation process is the first step landowners take when interested in having a solar farm on their property. Land professionals can assist landowners during this period to make sure they are receiving the best deal possible but also understand the period between signing the lease and having an active solar farm on their land.  During the negotiations, landowners can negotiate solar lease payments, the length of the lease for the solar farm, and the percentage of the escalator to combat inflation. Step 2: Solar Lease Option Agreement in South Carolina The next step is for the landowner to get a solar farm option agreement. At that point, the solar developer has done a preliminary study, also called a feasibility study, to know if the site is potentially suitable for solar farm development. Why Can’t I Get a Solar Lease Agreement Directly? The process of a solar farm project in  South Carolina begins with optioning the land, which is called “site control” by developers. The reason solar developers cannot go straight to a solar lease is that they have to evaluate the land thoroughly. Typically the initial screening study is good enough that this first due diligence process is all that is needed. Another larger uncertainty for solar developers is to know if the solar project will be accepted by the utility on the electrical infrastructure (or electrical network). We refer to this phase as “utility’s application” in the graph above and developers refer to this phase as “queue submission”. This means that the solar project enters the interconnection queue of that region waiting for regulatory approval.  These queues are known as Independent Systems Operator (ISO) or Regional Transmission Organization (RTO). During this period, the analysis of possible engineering and land factors is conducted to determine the feasibility of the project to be constructed and connected to the grid. This is the reason why the solar developer starts with an option, as not all solar projects are approved by the ISO/RTO. How Likely Will My South Carolina  Solar Option Become a Solar Lease? At the moment, about 20% of solar options become a solar lease and are built into a solar farm. Currently, the electrical infrastructure network is a big bottleneck. There are more applications of solar projects to get on transmission lines than available capacity.  However, governments are aware of this situation and are working to ease it, to foster more solar development. This means that it will likely get resolved in the next few years. The problem of available capacity applies only to utility-scale solar farm projects, which are typically greater than 5 MW capacity.  Where Can a Landowner Get More Information About the Solar Lease / Option Period  in South Carolina ? LandGate assists landowners with determining the value of their land for a solar farm. We do this by taking into account the proximity of substations, transmission lines, and state incentives - each of which plays a role in site control. Am I Getting Paid During the Solar Option Period? Yes. Solar payments start during the option period but are usually smaller compared to the solar payments during the lease or construction phase of the solar farm. Step 3: Solar Lease Agreement in South Carolina Once the availability of grid capacity is confirmed, the solar project is moved to a “planned” phase. During this time, the developers will exercise the solar farm option agreement to become a solar farm lease agreement. Typically larger solar rent payments start at this time. Step 4: Solar Farm Construction in South Carolina Solar payments are phased as the project progresses. It starts with small solar lease payments during the option phase. Then it increases during the solar lease phase, it increases again during the construction phase of the solar farm, and the largest solar payment occurs when the solar farm is active and generating electricity. How Long Does It Take to Build a Solar Farm in   South Carolina ? Usually, it will take between 1 to 2 years to build a utility-scale solar farm. It takes less time to build a community solar farm since they are usually smaller in size. Step 5: Active Solar Farm in South Carolina After the construction has been completed, the solar farm is now considered ‘active.’ For landowners, this phase is called ‘production,’ as it signifies that their land is currently producing energy for the electrical grid that it is interconnected with. The production phase lasts anywhere from 25 to 50 years depending on what was negotiated on the lease. What Can a Solar Farm Power In South Carolina? In South Carolina, the average solar farm size is 116.1 acres producing 13.9 MW of electricity under ideal conditions. This output has the potential to cater to the energy needs of around 2000 households as the typical electricity consumption of an average household in South Carolina stands at 16,680 kilowatt-hours per year. Federal & South Carolina State Tax Incentives for Solar Developers: South Carolina offers several solar development incentives, on the state and federal levels, that make solar power more accessible and affordable. These incentives reduce installation costs and increase the economic appeal of solar projects for residents, businesses, and developers.  The measures include tax credits, net metering, and property tax exemptions, among other incentive programs.  Solar Development Incentive Type About South Carolina Solar Tax Credit State This credit provides a reduction of 25% of total solar installation costs, up to $3,500. This benefit can significantly help diminish the overall cost of switching to solar energy. Renewable Energy and Energy Storage Property Tax Exemption State The state of South Carolina offers a 100% property tax exemption as well. This applies to residential solar installations with a maximum capacity of 20 kW. Thus, the added value to property from solar energy does not increase property taxes for residents. SCE&G Net Metering program State Net metering is a mechanism that credits residents with solar energy installations for the electricity they add to the grid. Thus, South Carolina residents may cover their electricity bills using the solar power they generate. Federal Solar Tax Credit (ITC) Federal This incentive offers a 30% deduction in the cost of installing a solar system from federal taxes. It is valid for residents until 2032. Other Incentives RPS Goals: South Carolina has a voluntary Distributed Energy Resource Program. The legislation allows participating utilities to recover costs connected to meeting a 2021 target of 2% aggregate generation capacity from renewable energy sources.  1-10 MW: Facilities sized between 1 MW and 10 MW will make up 1% of aggregate generation (50% of the total target) < 1 MW: facilities sized under 1 MW will make up another 1% (another 50% of the total target). Once a participating utility satisfies the minimum 2% requirement, the utility may invest in renewable energy facilities between 1 MW and 10 MW with a cumulative installed capacity equal to one percent of the utility's previous 5-year retail peak demand average. Voluntary distributed energy resource programs have been adopted by Duke Energy Carolinas, Duke Energy Progress, and Dominion Energy South Carolina. Currently, solar energy makes up 2.35% of total energy generation in South Carolina. Santee Cooper Rooftop Solar Rebate Program:  Specific to Santee Cooper customers, this program offers a rebate of 95 cents per watt for installed solar systems, up to a maximum of $5,700, for systems up to 20 kW. Berkeley Electric Cooperative:  Offers a loan program for homeowners to make energy-efficient changes to their home, with up to $15,000 in loan money at a fair interest rate. This can be beneficial for those looking to install solar panels but are concerned about the upfront costs. A PPA (Power Purchase Agreement) is a contract between a renewable energy developer (such as a solar company) and a power purchaser (such as a utility). Over the last three years, South Carolina  has experienced a 4% decrease in PPA. In the context of solar energy projects in South Carolina,  the relationship between LMP and PPA pricing lies in how the PPA sets the pricing terms for the electricity being sold. The fixed price in the PPA provides certainty to the solar developer about the revenue they will receive for the electricity that they produce.  Meanwhile, the LMP serves as the market price for electricity at a specific node. When the LMP at a particular node in the grid is higher than the contract price specified in the PPA, it benefits the solar company, as they will receive the contract price and sell the electricity at a higher market price (increasing their revenues). This combination has aided in the rise of solar projects in South Carolina.  Commercial, Community, & Behind-the-Meter South Carolina Solar Farms  Typically, landowners and land professionals think of solar farms as huge plots of land covered in solar panels out in the middle of nowhere. However, this usually is not the case! In South Carolina, the average solar farm size is 116.1 acres producing 13.9 MW of electricity under ideal conditions. So a solar farm in South Carolina needs an average of 8.3 acres per MW of capacity. Commercial solar projects are the commonly largest energy projects being about 40+ acres of land. These solar farms usually feed their energy into the grid to the surrounding area. Realistically these solar farms can be any size as it depends on the capacity available within the grid.  Community solar farms in South Carolina serve energy customers directly within the same area or community. These solar farms tend to be smaller in size about acreage and megawatts. Community solar is different from residential solar as residential solar panels are found on top of rooftops. Community solar projects can be larger, it just depends on the location.  Commercial, residential, and industrial solar farms are all considered to be behind-the-meter solar farms. Behind-the-meter means that they are intended to generate power primarily for on-site consumption rather than selling it to the grid. Community solar and utility-scale solar farms generate energy that is utilized in the grid to send it to all consumers a part of that grid. This means that they are front-of-the-meter solar farms.  Discover Land’s Value For Solar Leasing in South Carolina The solar energy industries within South Carolina are growing to achieve energy goals for clean energy development. This makes it easier for landowners and real estate agents to participate in solar development deals. Landowners in South Carolina  can receive a free solar leasing estimate by identifying and claiming ownership of their parcel on our map.  Realtors can assist their clients in learning about their property’s potential for solar energy by using LandGate. Land professionals can utilize LandGate’s data and analytics to provide their clients with information about their resource’s potential.

As electric vehicles (EVs) gain popularity, EV charging networks are steadily expanding across the U.S., playing a vital role in helping government agencies achieve their Environmental, Social, and Governance (ESG) goals. By investing in EV charging stations, cities, counties, and states can encourage more people to make the switch to electric vehicles, reducing dependence on fossil fuels and fostering a cleaner, greener transportation system. This proactive approach not only helps to minimize carbon footprints, but also plays a critical role in combating climate change and paving the way for a sustainable future. LandApp helps government property owners turn underutilized land into assets through EV charging, renewable energy, and data center leasing, all at no cost. Analyze the potential of your agency's properties and learn more about LandApp's free services for government agencies today: Leveraging Public Property for EV Charging Stations With the rising number of electric vehicles (EVs) on the road each year, the need for a more expansive charging infrastructure and more EV charging stations has never been greater. Many government agencies own underutilized properties that could serve as ideal locations for EV charging sites. Properties as small as half an acre can be viable, but location is a key factor in determining if they qualify for an EV charging station . Sites near highways or destinations where vehicles are parked for long periods—such as movie theaters, restaurants, golf courses, and shopping centers—are particularly well-suited for EV charging. Additionally, there are compelling incentives for developing charging stations on Tribal Lands and designated EV Corridors , making these areas especially appealing to developers. Another critical consideration is a property’s proximity to electrical grid infrastructure. Properties located within 2 miles of a substation and near or adjacent to transmission lines are ideal, as closer access to grid infrastructure significantly enhances the feasibility of setting up an EV charging site. Various types of agency-owned properties are suitable for EV charging stations. Among the various options, repurposing contaminated land or brownfields  stands out as a particularly strategic solution. By cleaning up and transforming these neglected sites into EV charging hubs, we can simultaneously address environmental concerns and meet the growing demand for accessible charging infrastructure. Public grant opportunities exist to offset property cleanup and construction costs, and cleaning up contaminated sites restores these properties to beneficial use while increasing the value of the neighboring properties. For public landowners looking for ways to improve federal funding, educational institutions are great locations for EV charging port sites. Colleges, universities, and schools can benefit from EV charging stations by serving students, staff, and visitors who drive electric vehicles. It aligns with sustainability initiatives and encourages the adoption of clean transportation within the campus community. In fact, college students are among many of the new EV driver population and would benefit from parking spaces that have charging ports available. Recreational and leisure facilities are another popular location for EV charging ports. EV charging stations at recreational areas, sports facilities, parks, and tourist attractions can attract EV owners who visit these locations. It supports sustainable transportation options for visitors and promotes environmental stewardship. Properties near highway rest stops are also ideal locations for EV charging stations. These rest stops naturally attract both traditional vehicles and electric vehicles, making them a prime spot for charging infrastructure. Installing EV chargers at highway rest areas benefits long-distance travelers who need reliable recharging options during their journey. By providing dependable charging facilities, these locations can support EV owners on intercity and interstate trips, enhancing the convenience of electric travel. Federal Funding for EV Charging Stations On January 11th, 2024, the Biden-Harris Administration made an exciting announcement , revealing $623 million in grants dedicated to the development of an extensive electric vehicle (EV) charging network throughout the United States. This substantial investment will support 47 projects focused on EV charging infrastructure and alternative-fueling solutions in 22 states and Puerto Rico. Notably, these projects will include the construction of approximately 7,500 EV charging ports, effectively advancing President Biden's target of establishing a national network comprising 500,000 EV chargers. This initiative will greatly contribute to the expansion and accessibility of EV charging  infrastructure across the country, promoting the adoption of sustainable transportation and bolstering efforts towards a greener future. Benefits of EV Charging Stations on Government Property Engaging in public-private partnerships, leveraging incentives and grants, and developing comprehensive EV charging strategies can help cities accelerate their progress towards a more sustainable and resilient future. The main benefits of using goverment-owned property for EV charging stations are: Environmental Impact: Electric vehicles produce lower or zero tailpipe emissions compared to internal combustion engine vehicles, reducing air pollution and greenhouse gas emissions. By promoting and expanding EV charging infrastructure, government agencies can encourage the adoption of electric vehicles, leading to improved air quality, reduced carbon emissions, and a decrease in overall environmental impact. Sustainable Transportation:  Supporting the growth of EV charging infrastructure encourages the transition to sustainable transportation. As more residents and businesses adopt electric vehicles, cities can reduce their dependence on fossil fuels, promote renewable energy integration, and work towards achieving a cleaner and more sustainable transportation system. Energy Efficiency and Grid Management:  EV charging can be integrated with smart grid technologies and demand response programs. Charging infrastructure can optimize charging schedules, taking advantage of off-peak hours or renewable energy generation. This helps balance energy demand, reduces strain on the electrical grid, and enhances overall energy efficiency. Public Health and Well-being: EV charging infrastructure contributes to public health by reducing air pollution, which can have harmful effects on respiratory health and overall well-being. Cleaner air quality resulting from increased EV adoption and reduced emissions benefits the health of city residents and creates a more livable and sustainable urban environment. Economic Development and Job Creation:  The expansion of EV charging  infrastructure creates opportunities for economic development and job creation. It stimulates investment in charging equipment manufacturing, installation, maintenance, and operation. Local businesses can benefit from increased foot traffic and consumer spending at charging locations, supporting the local economy. Social Equity and Accessibility:  Ensuring equitable access to EV charging infrastructure helps address social equity concerns. By strategically locating charging stations in residential areas, low-income communities, and underserved neighborhoods, cities can promote accessibility to electric vehicle charging for all residents, regardless of their   socioeconomic status. This helps bridge the transportation gap and enables more equitable access to clean mobility options. Promoting Innovation and Technology:  Embracing EV charging infrastructure demonstrates a commitment to technological innovation and the adoption of clean energy solutions. By positioning themselves as agencies at the forefront of sustainable transportation, governments can attract investments, research and development, and collaborations with technology companies and innovators, further driving progress towards their ESG goals. By investing in and promoting the development of EV charging infrastructure, government agencies can accelerate the adoption of electric vehicles, reduce carbon emissions, improve air quality, enhance quality of life, and align with their ESG goals. Government property owners also monetize EV charging stations  by leasing or selling their properties for this purpose. Agencies interested in leveraging their properties for EV charging can leverage LandApp to analyze their property's suitability for an EV charging station using the EV value index score . They can also advertise their properties for lease for EV charging stations for free on LandApp's platform, which presents their land directly to a nationwide network of developers actively seeking suitable sites: