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A long-standing gap has existed between energy companies and property owners concerning the value of land resources. Landowners often don't know the worth of their mineral, solar, wind, or other property rights. Lacking the necessary tools to value these assets, they are often hesitant to sell or lease. Meanwhile, buyers invest significant time and capital to find, evaluate, negotiate, and finalize deals. LandGate emerged in 2016 to address this market inefficiency. The company created an open marketplace that digitizes the valuation and transaction process for mineral rights and other land resources. It provides free listings, estimates for resource leases and sales, complimentary data intelligence, and subscription services for energy developers who need to access and value deals more rapidly. Automating Complex Valuations Determining the value of mineral and property assets is an intricate task that can require months of work and substantial resources. Yoann Hispa, co-founder and CEO of LandGate, explained in a Hart Energy interview , “Normally an energy company would need several geoscientists, engineers, and technicians for at least a month to get the value of one asset.” He continued, “We’ve automated to the point that a mineral buyer can value any asset size in minutes, not an army of people, so the possibilities of what we can do are endless.” Hispa likens the platform to a well-known real estate giant. “We are the Zillow of land resources,” he said. “Our marketplace provides proprietary Value and Risk Index Scores, which is the key data intelligence that landowners need to feel comfortable selling or leasing. The platform also helps buyers perform valuations extremely fast to better facilitate the deals.” Much like Zillow, a landowner can locate their parcel on LandGate's map and get a free property report. This report includes the estimated value of each resource on their land. With this information, they can list their property for lease or sale on the marketplace at no cost. This newfound transparency in data and deals is what the market needed to streamline property and renewable energy transactions. Armed with this knowledge, landowners can make confident, informed decisions. For energy or data center developers looking for land to lease or purchase, LandGate's platform offers a way to submit offers directly to landowners or their representatives, browse data, and conduct site due diligence with a subscription. These features significantly lower their acquisition costs and provide a streamlined way for developers to connect with landowners actively interested in receiving offers to lease their property- a Process- that traditionally took months or even years. Empowering Buyers and Sellers Hispa highlighted the market's potential size. “Before the Covid-19 pandemic, the US residential real estate market size was around $9 trillion per year, the commercial real estate, $16 trillion. Land real estate is $500 billion, but the market of the land resources associated with the land is ten times larger around $5 trillion per year, and it keeps growing with an increasing demand of energy, renewable and fossil-based.” By using LandGate, buyers reduce their acquisition expenses. They no longer need to employ teams of landmen for title searches and cold calls or a large group of geoscientists for economic analysis. They can discover valuable assets on the platform and generate economic and reserves reports in minutes. Sellers who list on LandGate gain a sense of control and often secure better prices for sales or leases. The outcome is a win-win scenario: buyers acquire assets for less, and sellers earn more. “The goal of the platform is to educate landowners on their mineral assets value, and nearby activities, so the transparency gives them confidence in transacting,” Hispa stated. “We also make it much cheaper and easier for a buyer to find and value a deal, so it’s a win-win.” Thompson emphasized the platform’s unique advantage. “Unlike other brokers that deal with big oil and gas deals, LandGate’s automated valuation process allows it to cut the time needed from roughly 30 days to minutes and offer services... to every landowner in the U.S.” He added that LandGate's provision of well and production data for the entire country gives it a competitive edge. Strategic Growth and Future Vision In November 2019, LandGate secured a Series A investment from Rice Investment Group, a move aimed at enhancing automation and diversifying the resources offered on the platform. “Rice Investment Group is one of the most prominent capital groups for the energy sector and we’re really happy to have them pushing our platform with us,” Hispa said. The company continued its strategic expansion by partnering with Entoro Capital in April 2020 to boost marketing services for larger mineral opportunities. In August 2020, a partnership with National Land Realty connected LandGate to a wide network of real estate agents, helping to source new listings directly from landowners. LandGate has since expanded the company’s listings, data, and valuation capabilities to include solar, wind, data centers , other resources. “When you understand that land has all the resources needed for energy, whether renewable or fossil, that becomes a huge commodity,” Thompson remarked. “Those markets are really exciting for us because once you start helping landowners, there are really endless possibilities in terms of land resources and what resources we can provide.” He concluded, “We’re not just a mineral marketplace. We've already built and proven that marketplace, so we’re ready to diversify into these new segments and I think very quickly we’re going to see LandGate be the go-to place for anything land-related.” Looking ahead, Hispa is focused on capturing significant market share and building brand awareness. “Once we create awareness among the landowners that we exist, we’re going to explode and grow to a Zillow-size company—that’s our goal,” he said. “When you understand that land has all the resources needed for energy, whether renewable or fossil, that becomes a huge commodity.” “Those markets are really exciting for us because once you start helping landowners, there are really endless possibilities in terms of land resources and what resources we can provide,” added Thompson. “We’re not just a mineral marketplace. We've already built and proven that marketplace, so we’re ready to diversify into these new segments and I think very quickly we’re going to see LandGate be the go-to place for anything land-related.” Moving forward, Hispa intends to capture as much market share as possible while bringing awareness to LandGate and its services. “Once we create awareness among the landowners that we exist, we’re going to explode and grow to a Zillow-size company—that’s our goal,” Hispa said.

Agrivoltaics is the practice of combining farming with solar energy production. It works by installing solar panels above crops or livestock areas, allowing land to be used for both growing food and generating clean energy. This dual-purpose approach is growing in popularity as the world faces increasing challenges such as climate change, growing energy demand, and the need to make better use of limited land. Agrivoltaics offers a way to meet these needs, helping both the environment and food production in a sustainable way. One of the biggest positives of agrivoltaics is its ability to make more efficient use of land. By allowing solar panels to be installed above crops, farmers can produce food and renewable energy on the same land at the same time. This is especially valuable in areas where space is limited, as it means farmers don’t have to choose between growing food or generating power. The panels can also help protect crops from extreme weather, such as heatwaves, by providing shade, which can improve crop yields and lead to a reduction of watering. Solar energy can be used to power irrigation systems, making water use more efficient and reducing the need for large-scale water resources. This is especially important in drought-prone areas, where conserving water is crucial for both farming and energy production. In addition to these benefits, agrivoltaics offers diverse revenue streams for farmers. They can generate income not only from crops but also from selling the clean energy produced by the solar panels. This provides additional financial security, especially in areas where agricultural markets may be unpredictable. Agrivoltaics also creates ecological benefits by offering habitats for pollinators, such as bees, and native plants, which support biodiversity. This is essential for maintaining healthy ecosystems that are vital to successful farming. Agrivoltaics helps reduce land-use competition between farming and renewable energy projects. By integrating solar energy with agriculture, there’s no longer a need to choose between food production and expanding solar power. This dual-use approach reduces conflicts over land, especially in regions where land is scarce. It also lowers siting restrictions, making it easier to install solar panels on agricultural land without needing large, open spaces solely dedicated to solar farms. This opens up new opportunities for renewable energy deployment without sacrificing valuable farmland. Another advantage is that solar panels can perform better due to the presence of plants. The process of evapotranspiration, where plants release moisture into the air, helps cool the surrounding environment, which in turn helps solar panels work more efficiently. This makes agrivoltaics not only more sustainable but also more effective in generating energy. To ensure the successful implementation of agrivoltaics projects, LandGate  can play a crucial role in assisting with the entire process, from site selection to due diligence. Landgate’s expertise in identifying optimal land for agrivoltaic installations can help ensure that the project is built on land that is suitable for both solar energy production and agriculture. They can support farmers and developers by providing crucial information regarding land-use regulations, environmental impact, and site conditions. Ultimately, agrivoltaics is a win-win for both the environment and agriculture. It enables farmers to grow food and generate clean energy in the same space, improving land-use efficiency, boosting crop yields, and protecting the environment. With the potential to increase resilience in farming, support biodiversity, and help address climate change, agrivoltaics could play a major role in creating a more sustainable and energy-efficient future. With expert guidance from LandGate, the integration of solar power with agriculture is more achievable, allowing for successful, sustainable projects.

The global shift towards renewable energy is accelerating, and solar power is leading the charge. As nations work to meet ambitious climate goals and secure their energy independence, the role of solar energy has become more critical than ever. The innovation and scale brought by leading solar developers are transforming our ability to harness the sun's power. These companies are not just building power plants; they are pioneering new technologies, creating grid-scale storage solutions, and making clean energy more accessible and affordable. In 2025, a few key players are set to make significant strides, shaping the future of the energy landscape. This post will spotlight five of the most influential solar energy developers to watch in the coming year. We will explore their groundbreaking projects, technological advancements, and the strategic moves that position them to lead the solar revolution. Top 5 Solar Energy Developers to Watch in 2025 Top solar energy developers to watch in 2025 include NextEra Energy, Orsted, First Solar, EDF Power Solutions, and Brookfield Renewables. 1) NextEra Energy, Inc.  NextEra Energy , through its subsidiary NextEra Energy Resources, stands as a titan in the North American renewable energy market. While their portfolio includes wind and nuclear, their solar development pipeline is one of the largest and most ambitious in the world. As a current LandGate user, they have consistently demonstrated an ability to execute massive projects that redefine the scale of solar power generation. Key Achievements NextEra has a long history of successful, large-scale renewable projects. Their portfolio includes the massive Desert Sunlight Solar Farm and the Genesis Solar Energy Project, both of which are landmark developments in the United States. The company is also a leader in integrating battery storage with its solar farms, creating reliable power sources that can deliver electricity even when the sun isn't shining. This focus on "firming" renewable energy makes their projects more valuable to the grid. Why They're One to Watch in 2025 In 2025, NextEra is expected to continue its aggressive expansion of solar and storage capacity. Look for them to announce new, even larger hybrid projects that combine solar PV with multi-hour battery storage. Their financial strength and deep operational experience allow them to take on complex projects that others cannot, solidifying their position as a market leader. Their investments in green hydrogen production, powered by their vast solar fleet, could also begin to see significant progress.   2) Orsted Originally known for its dominance in offshore wind, Danish energy giant Orsted has made a powerful and strategic entry into the solar energy and onshore renewables market. By acquiring and developing solar projects, particularly in the United States, Orsted is diversifying its portfolio and leveraging its expertise in managing large-scale energy infrastructure. Their vision is to create a world that runs entirely on green energy, and solar is a cornerstone of that strategy. Key Achievements Orsted has successfully developed several large solar farms in Texas and other solar-rich regions of the U.S. The company has proven its ability to transfer its project management excellence from the offshore wind sector to onshore solar and storage development. They are particularly adept at creating hybrid power plants that combine wind, solar, and battery storage to provide more consistent and reliable renewable energy. Why They're One to Watch in 2025 Orsted's transition into a multi-technology renewable energy developer is gaining serious momentum. In 2025, expect them to accelerate their solar and storage project pipeline, potentially entering new geographic markets. Their expertise in navigating complex permitting processes and supply chains, honed in the offshore wind industry, gives them a competitive advantage. Keep an eye on their efforts to integrate solar power with green hydrogen and e-fuel production facilities, linking renewable electricity to hard-to-decarbonize sectors like shipping and heavy industry. 3) Brookfield Renewable Partners Brookfield Renewable Partners operates one of the world's largest publicly traded, pure-play renewable power platforms. Their portfolio is globally diversified across hydro, wind, and solar technologies. With a massive development pipeline and significant financial backing, Brookfield is aggressively pursuing growth in the solar sector through both direct development and strategic acquisitions of other developers. Key Achievements Brookfield has a proven track record of acquiring and optimizing renewable energy assets. The company recently acquired Duke Energy's commercial renewables business, adding a substantial portfolio of utility-scale solar and wind projects to its holdings. They also have a global pipeline of development projects totaling tens of thousands of megawatts, a significant portion of which is dedicated to solar PV. Why They're One to Watch in 2025 Brookfield's strategy of acquiring and developing at scale makes them a formidable force. In 2025, we can expect them to continue integrating their recent major acquisitions while seeking new opportunities globally. Their financial model allows them to invest with a long-term perspective, making them a key player in developing the next generation of massive solar projects. Their focus on providing decarbonization solutions to corporate customers will also drive the development of new solar capacity to meet this growing demand. 4) First Solar While primarily known as a manufacturer of advanced thin-film solar panels, First Solar also has a robust project development arm. Their integrated business model, which combines manufacturing with development and operations, gives them a unique advantage. They are particularly strong in the utility-scale solar market in the United States, and their focus on domestically produced, high-performance panels is becoming increasingly strategic. Key Achievements First Solar has developed some of the largest solar projects in the U.S. and has a multi-gigawatt pipeline of contracted projects. A key differentiator is their cadmium telluride (CdTe) thin-film technology, which performs well in hot climates and has a lower carbon footprint during manufacturing compared to conventional silicon panels. The company is also investing heavily in expanding its U.S. manufacturing capacity, aligning with national goals for energy security. Why They're One to Watch in 2025 First Solar is uniquely positioned to benefit from policies favoring domestic manufacturing, like the Inflation Reduction Act in the U.S. Their significant investments in new factories are set to come online, increasing their panel supply and enabling further project development. In 2025, watch for First Solar to leverage its technological edge and domestic supply chain to secure new utility-scale projects. Their work on recycling and sustainability in panel production also makes them a leader in the circular economy for solar. 5) EDF Power Solutions EDF Power Solutions , formerly EDF Renewables, has been a leading force in solar development in the US. With over 35 years of experience, the company is one of the top solar power developers and is recognized as a market-leading  independent power producer and service provider. Key Achievements EDF Power Solutions recently celebrated the Arrow Canyon Solar Storage Project , showcasing their commitment to integrating renewable energy with storage solutions. The company has also expanded its reach by providing industry-leading, cost-effective design, engineering, construction, and operation of solar projects throughout North America.  Why They're One to Watch in 2025 As a multi-technology expert, EDF Power Solutions delivers solutions across the entire energy value chain. In early-stage project development, they identify and evaluate opportunities for energy infrastructure development and acquisition. During the development phase, they conduct studies, secure permits, address environmental considerations, and manage contracts, partnerships, and financing. Their engineering and construction teams design and implement the most suitable solutions for building projects, while their asset management teams optimize low-carbon output and ensure health and safety. The Future of Solar Energy in the US The future of utility-scale solar development is promising, with significant growth projected despite the passing of the One Big Beautiful Bill in July 2025. This legislation fundamentally alters how, where, and whether new solar projects move forward, updating key regulations established under the Inflation Reduction Act. However, it isn’t the end of solar- it’s a reconfiguration of the landscape. As federal tax credits decline, low-regulation alone won’t make projects financially viable. Developers are likely to shift toward states with strong state-level incentives, even if those states have more complex regulations and tougher siting challenges. Top developers can utilize tools and software for land development such as those provided by LandGate to capitalize on these trends and continue to grow. With LandGate's tools, energy developers can streamline their solar farm due diligence by instantly modeling full utility-scale projects, helping them move their projects into the queue and secure financing faster. Quickly identify buildable areas with custom setbacks and exclusions while generating accurate, exportable pricing data. Evaluate any solar project in minutes using integrated data and potential revenue models, and conduct thorough site analysis, feasibility studies, and due diligence to support interconnection queue submissions or utility RFPs. With industry-standard outputs- including 8,760 reports and complete feasibility studies- you can make informed decisions confidently and efficiently.

As the increasingly digital world propels modern infrastructure, data centers provide the most vital thrust. From powering cloud computing to enabling AI, e-commerce, and HD streaming, data centers are the lifeblood of the digital economy. Focused as they are in the arena of power supply, data center operations are also arrays of innovation eliminating permanent strain on the power lines while still recording a sustained growth in demand for data processing. One of the biggest challenges faced by modern data center developers is procuring reliable and scalable power sources. Other worrying challenges are that when it comes to site selection, the traditional approach has overlooked one very important consideration: redundancy in terms of alternative sources of power. This is where LandGate steps in, offering comprehensive, real-time data not just on renewable energy, offtake capacity , and essential infrastructure like water lines, sewer systems, and fiber optics; but also on redundant power sources. These include gas plants, compression stations, tank facilities, power stations, and refineries: crucial sites that data center developers can tap into for backup power or additional energy when the grid faces limitations. While the broader industry overlooks the importance of these facilities, LandGate fills a critical gap by providing the data needed for data center developers to ensure continuous, reliable, and scalable power which is a must for long-term success. The Growing Demand for Data Centers and the Power Challenge The exponentially growing demand for data storage and computational power is primarily fueled by various advancements in cloud computing, AI, and IoT; hence the facility requires more robust infrastructures than ever before. These facilities require massive amounts of electricity, not just for computing but also for cooling systems that prevent servers from overheating. In fact, energy consumption can account for a substantial portion of a data center’s operating costs, and ensuring reliable access to power is a non-negotiable requirement. Power supply has traditionally been a concern, but the complexity of securing enough energy is becoming more acute as regions face energy shortages, reliance on non-renewable sources, and aging infrastructure. This makes the challenge even more significant. Data center developers are not only seeking affordable power but also redundant power; a second or even third layer of backup energy that ensures uninterrupted operations, especially during peak demand periods or when the grid faces disruptions. LandGate is differentiating itself in the industry by offering crucial data on redundant power sources. LandGate provides data center developers with the security they need to ensure continuous operations, even when the primary grid supply is interrupted or insufficient. The Power of Redundant Power Sources: What You Need to Know The importance of redundant power sources cannot be overstated. Data centers require uninterrupted power to maintain the integrity of their operations. An unexpected power outage or grid failure can result in costly downtime, data loss, or damage to sensitive hardware. While many data centers are designed with backup generators, LandGate takes this further by providing access to a network of redundant energy infrastructure options. By tapping into sources like gas plants, compression stations, tank facilities, power stations, and refineries, data center developers can secure an additional layer of power which ensures that they have access to energy in case of emergency or during grid failure. LandGate provides detailed data on the location and availability of these redundant power sources, enabling data center developers to make informed decisions when selecting sites and planning their energy strategy. The ability to tap into these secondary sources offers scalability and flexibility, ensuring that data centers can grow without facing the risk of power outages or energy shortfalls. Moreover, LandGate enhances the site selection process by integrating information on renewable energy sources, offtake capacity, and essential infrastructure like water lines, sewer systems, and fiber optics. By combining all these factors into one platform, LandGate provides a comprehensive view of the infrastructure available at a given location, ensuring that developers can make smarter, faster decisions that will support both their energy needs and operational goals. Faster, Smarter, and More Resilient Data Center Development With the inclusion of redundant power data, LandGate accelerates the data center development process. Traditionally, securing reliable power sources can be time-consuming and unpredictable. Developers often face significant delays when the grid fails to meet energy demands, especially in areas with limited infrastructure. By providing detailed insights into redundant power options, LandGate empowers developers to plan ahead, integrate backup energy solutions, and minimize potential risks associated with grid instability. This also reduces costs by enabling developers to avoid building in areas where the power supply is unreliable. Instead, they can identify locations with both primary and secondary energy sources, ensuring that their data centers are built with the flexibility to scale without being constrained by power limitations. One of the standout features of LandGate is its Data Center Due Diligence Reports essential for analyzing backup power solutions, infrastructure resilience, and the sustainability of essential services. It helps clients make informed decisions regarding the location and reliability of their data center assets. Empowering Data Center Developers with Redundant Power Insights In a time when power constraints threaten to limit the growth of the data center industry, LandGate is providing the critical data that developers need to ensure uninterrupted power and scalable growth. By offering insights not only into renewable energy sources and offtake capacity but also into redundant power sources like gas plants, compression stations, and power stations, LandGate is transforming the way data centers plan their energy strategies. For data center developers, having access to redundant power data is no longer a luxury; it’s a necessity. LandGate’s platform allows developers to make more informed decisions, secure reliable backup power, and ultimately create more resilient, efficient, and sustainable data centers. By tapping into LandGate’s comprehensive data, developers can ensure that their facilities are not only prepared for the future but are equipped to handle any disruptions in the power supply, making them future-proof in an increasingly energy-dependent world. To learn more, book a demo with our dedicated energy markets team.

As data center developers seek optimal locations for new facilities, access to reliable and scalable energy sources is a top priority. Traditionally, site selection has been driven by proximity to power infrastructure, fiber networks, and water resources. Now, with the addition of Gas Offtake Locations, developers have another powerful data point to ensure energy resilience and cost efficiency. Gas Offtake Locations function as the substations of natural gas, serving as key points along pipelines where businesses can access fuel for power generation, backup energy, or heating needs. Just as electrical substations distribute power from transmission lines, these locations allow industrial users, including data centers, to tap into a stable natural gas supply. With the rise of AI workloads, cloud expansion, and increasing energy demands, data centers are seeking redundant and sustainable power solutions. Natural gas presents a cost-effective and cleaner alternative to traditional diesel generators. Gas Offtake Locations ensure access to a stable backup power source, reduce dependency on high-cost fuel options, and provide a scalable energy solution for future expansion. Additionally, natural gas produces lower emissions compared to diesel, helping data centers meet sustainability goals and regulatory requirements. Gas Offtake Locations LandGate already provides industry-leading data on power offtake locations, transmission lines, distribution lines, and parcel information, all of which are critical for data center developers. With the addition of Gas Offtake Locations, developers can now identify sites that offer both power and gas infrastructure for maximum redundancy. They can assess proximity to natural gas pipelines and access points for direct energy sourcing while layering energy, fiber, and water infrastructure data for a more strategic site selection approach. LandGate also delivers comprehensive renewable energy data, covering site control, building, planned, queued, and active projects. Developers can integrate renewable energy solutions by leveraging LandGate’s insights into energy potential, enhancing site selection and sustainability. Beyond Gas Offtake Locations, LandGate also maps water and sewer lines, essential for cooling systems and wastewater management in data centers. This data, sourced from counties, municipal utilities, state agencies, and private providers, enables developers to evaluate all critical infrastructure in one place, ensuring comprehensive planning and risk mitigation. By combining Gas Offtake Locations with power, fiber, and renewable energy infrastructure, LandGate empowers data center developers to make informed, data-driven decisions that optimize cost, sustainability, and long-term scalability. The ability to access this comprehensive dataset simplifies the site selection process, reduces uncertainty, and ensures that facilities are built in locations with the necessary infrastructure to support future growth. For data center developers looking to leverage this information, LandGate provides the most complete and actionable dataset available today. Additionally, LandGate offers feasibility reports for any U.S. parcel, evaluating renewable potential, infrastructure proximity, regulatory constraints, and environmental factors. These reports enable developers to mitigate risks and optimize site selection, ensuring that every decision is backed by reliable, comprehensive data. To learn more, schedule a meeting with our dedicated energy markets team.

In a landmark move that could reshape the U.S. energy landscape, the Biden-Harris administration recently announced an unprecedented $20 billion funding initiative  for clean energy projects. This historic investment, underscored by the urgency of climate action and economic recovery, presents a golden opportunity for energy developers to spearhead the nation's transformation towards a sustainable future. For those invested in driving the clean energy sector forward, understanding the nitty-gritty of this funding and positioning oneself to access it is not just a savvy business move; it's a crucial advancement in the global struggle for environmental equilibrium. Sitting at the epicenter of this green renaissance are the developers who will innovate, construct, and manage the energy solutions that the world so urgently needs. Here's a comprehensive guide for developers to not only access substantial financial support but to steer the clean energy revolution with purpose and impact. The National Financing Network of Clean Energy The sheer scale of the $20 billion allocation is mirrored by the expansive National Financing Network set up to disperse it. Comprising a web of federal, state, and local agencies, as well as private sector partnerships, this network's primary objective is to catalyze equitable access to clean energy funds and resources. The funding will target a wide spectrum of projects, from large utility-scale renewables to microgrid solutions for small communities. However, a unique feature of this initiative is the laser focus on community-based, low-carbon, and clean-energy projects, especially those aimed at upliftment in low-income or historically underserved communities. This alignment speaks volumes about the commitments to both environmental justice and inclusive economic growth on the national agenda. Opportunities for Renewable Energy Developers With the vigor of this funding pushing the energy sector to new horizons, renewable energy developers stand to gain the most. The government has not only established streamlined incentives for clean energy projects but also paved the way for innovative financing models to bloom. The stars are aligning for developers who present compelling proposals that further the administration’s objectives. Eligibility for this funding comes with clear stipulations, one of the most significant being the project's demonstrable impact on disadvantaged communities. Developers who can highlight the social and environmental gains of their projects, over and above the economic returns, will find themselves in a favorable position. Such projects will be awarded preferential treatment and will likely sail through the stringent evaluation processes. Strategies to Secure Funding from the Biden-Harris Clean Energy Initiatives Landing a piece of the $20 billion pie will not come easy. It starts with a meticulous approach to application. The first step is understanding the intricacies of the application process. This involves detailed project planning, environment, and community impact assessments, and a solid business case that ensures the longevity and sustainability of the project. Developers looking to secure funding must not only excel in project management and execution but also exhibit a commitment to community partnership and social outcome. This means connecting with local stakeholders, including community leaders, to ensure that the projects align with the needs and aspirations of the people they aim to serve. Partnerships are crucial in this context; by aligning with community groups, non-profits, and financial institutions, developers can strengthen their funding bids. It's a synergy of skills and perspectives that echo the collaborative spirit the administration is championing. Economic and Social Impact The pathway to securing funds is laden with expectations of not just environmental stewardship but also with the potential to ignite significant economic and social change. Clean energy developers play a crucial role in this narrative as the agents of sustainable growth. The ripple effects of their projects are set to create jobs, reduce energy poverty, and foster a culture of sustainability within communities. The economic argument for clean energy has never been stronger, with job creation in the sector outstripping fossil fuels. At the heart of this discussion is the localization of resources and the potential for community-owned energy solutions. Developers who can demonstrate a commitment to local job creation, skill development, and equitable energy distribution will find immense support from the government's funding channels. Navigating Challenges and Risks The road to successful funding is fraught with potential stumbling blocks. Developers must be prepared to address challenges such as stringent regulatory frameworks, technological uncertainties, and economic risks. Mitigating these risks is as much a part of the funding proposal as is articulating the project’s merits. Community resistance or acceptance is another critical factor that can make or break a funding application. Understanding the local ethos, respecting community knowledge, and aligning project goals to match these will minimize resistance and enhance the project's chances of success. Looking Ahead The $20 billion in clean energy awards is a step towards rebuilding the American economy around sustainable and inclusive growth. It's a commitment from the administration to support the innovators and visionaries who hold the keys to a clean energy future. Looking ahead, this influx of funds is poised to catalyze a wave of new projects, technologies, and partnerships that can lead the U.S. down a path of resilience and prosperity. It's expected that this investment will serve as a launchpad for a multitude of accompanying policies and support measures. Developers would do well to stay informed and be ready to adapt to these evolving landscapes. By being proactive and agile, they can position themselves as leaders in the burgeoning clean energy market. LandGate's comprehensive infrastructure data  acts as an immense value for clean energy developers. Its resources offer critical insights necessary for optimal site selection — one of the most pivotal decisions for project success. With the current federal boost, selecting a site isn't just about finding a location with ample resources; it's also about aligning with policy incentives and ensuring financial feasibility. LandGate's data can streamline this process, delivering analytics on land values, renewable resource availability, and connectivity to existing energy grids. Beyond site intelligence, forecasting future trends and potential returns on investment is another area where developers can leverage LandGate's capabilities. The platform's forecasting tools allow developers to analyze market trends and simulate various scenarios that consider the latest federal financial incentives. Accurately predicting project viability and calculating expected returns aid developers in making informed, data-driven decisions while navigating through the clean energy awards landscape. Besides financial and geographical data, LandGate’s offerings encompass the essential elements required for comprehensive project planning. This includes environmental impact assessments, local regulatory considerations, and community engagement requisites that are all increasingly relevant under the current administration's vision for clean energy. With $20 billion on the line, there's no question that the stakes are high for clean energy developers seeking to capitalize on the Biden-Harris awards. LandGate's powerful suite of data and tools positions these developers for success, providing them with insights and analytics necessary to harness the full potential of this federal investment. Whether it's choosing the right location or accurately forecasting the impact of a development, LandGate delivers the competitive edge required in a booming clean energy market. For clean energy developers aiming to ride the wave of federal support, now is the time to lean on LandGate's expertise. With cutting-edge technology and detailed data at their fingertips, developers can be at the forefront of America’s clean energy charge, turning sustainable visions into profitable realities. Click here  to learn more or book a dem o with a member of LandGate’s dedicated energy team.

Data Centers and the Analysis Tool LandGate has added a new tool that allows users to run due diligence reports for data centers at any location in the country. This new feature is housed within the Analysis tool.  Users can create new projects from portfolios created in Parcel Data  or in the Analysis tool directly. When creating a new project users have the ability to choose between a Solar Project , Data Center Project , or General Project. Users can then click start project and a new tab with their data center project will load in a new tab. Editing your Project Outline and Buildable Acreage After selecting your parcel boundaries, edit buildable acreage analysis, add setbacks, and custom exclusion areas Draw data center building locations and calculate size directly. Adjust Point of Interconnection for Available  Offtake Analysis Users can click on the POI and Offtake tabs. They can then adjust the Substation , Bus , and Base Case Study Year  used in project analysis. The report generated contains information about the offtake capacity available to your project. POI Tab where users can edit the point of interconnection Offtake tab where users can edit the bus and case study for offtake analysis Data Center Feasibility Click on the Data Center Feasibility tab and you will see information about the proximity of different infrastructure important to data center development including substations, fiber lines and water utility lines. Due Diligence Report Click the blue View Report  button at the bottom of the page to generate your due diligence report. The due diligence report includes information about the project’s proximity to grid infrastructure, offtake analysis, price of electricity analysis, state incentives and programs, proximity to data infrastructure, endangered species analysis, and more. If you would like to see this in action or gain access to a trial, please schedule time with our dedicated energy markets or client success teams.

When selecting a site for a data center, proximity to natural gas pipelines is an increasingly important factor. Especially as developers seek reliable, cost-effective, and sustainable energy solutions. Natural gas offers a stable and often lower-cost fuel source for on-site power generation, which can be used as a primary or even secondary power source. In regions with constrained grids, this is particularly relevant as data centers continue to grow in size and power consumption, making access to energy sources increasingly difficult. Additionally, natural gas can support lower-carbon energy strategies compared to traditional coal or diesel backup systems, aligning with corporate sustainability goals. This chart shows the relationship between data centers and nearby natural gas pipelines. According to LandGate’s data, over 40% of data centers in Texas are within 1 mile of a natural gas pipeline. In Texas, the vast energy infrastructure network resulting from the state’s history of oil and gas production provides a compelling case study for the role of natural gas in data center site selection. The state is home to an extensive pipeline network, connecting major energy hubs with industrial consumers. And over the past decade, data center development has boomed in the state as cheap energy prices, a business friendly environment, and proximity to end-users have all played a role in making the state attractive to data center developers. But these opportunities don’t come without hurdles.. As power demand from AI-driven workloads surge, companies looking to build or expand in Texas must evaluate how proximity to natural gas pipelines can enhance their energy security and long-term cost stability. With these obstacles in mind, we will look at how LandGate can provide datasets and features to identify land for data center development. Natural Gas Pipeline Data In Texas, and throughout the US, LandGate has imported and digitized hundreds of thousands of natural gas pipelines. Along with pipeline location, this data includes information on pipeline Operator , Type , Status , Diameter , and System Name . When paired with other data layers on LandGate such as offtake capacity , data centers , fiber optic lines, redundancy power sources, water lines , substations , and many more - operators can see a clear picture of the opportunities and threats that a property provides for data center development. Data Center & Natural Gas Parcel Searches Along with hundreds of data layers, LandGate offers nationwide parcel data. For developers, operators, and real-estate professionals alike, the true power of the platform comes from the ability to search for parcels based on whatever criteria is most important to the user. Let’s run an example of this as a case study. Let’s say I wanted to identify some prime land for data center development in Tarrant County, Texas. After all, the Dallas-Fort Worth area has seen a booming growth in data center capacity over the past few years . To achieve this, I would use LandGate’s Parcel Search  tool and filter by the following criteria: Location: Tarrant County, TX Parcel Acreage: over 100 acres Proximity to Fiber Optic: less than 0.25 miles Proximity to Natural Gas: less than 0.5 miles With a few clicks, I found 105 parcels in Tarrant County, TX that matched my criteria . And if I wanted to take it a step further - I could refine those results by filtering land use, buildable acreage, proximity to redundancy power sources, available offtake capacity , and much more. Data Center Site Selection in Practice By leveraging LandGate’s data layers and parcel search tools, we quickly identified optimal locations for data center development that balance parcel size, proximity to key infrastructure, and reliable energy sources. The case study in Tarrant County demonstrates how developers can streamline site selection by integrating critical factors like natural gas access, fiber connectivity, and power redundancy into their decision-making process. As AI-driven workloads and energy demands continue to rise, data center operators will need to adopt data-driven approaches like this to secure sustainable and cost-effective sites. With LandGate, the path to identifying and securing the right location has never been more precise or efficient. To learn more about LandGate and to run your own search, book a demo  with our dedicated energy markets team.

Ohio plays a major role in its overall contribution to the data center economy. Aided by low latency costs, affordable power rates, robust infrastructural connectivity, and favorable business environment, Ohio has become a new focal point for digital infrastructure. According to LandGate’s data, the state hosts over 120 data centers and has welcomed an influx of hyperscale and cloud computing projects within the last year. LandGate’s data estimates that Ohio is set to bring in a total of $20+ billion into the data center market by the end of the decade.  Ohio Top Data Center Market Players Want to read more? Access the full report below:

Amid the current political landscape, there is understandable concern about the future of the renewable energy industry. However, rather than feeling apprehensive, there is reason to be optimistic about the potential for growth and expansion under the current administration. A combination of factors—including federal deregulation, incentive programs, and market dynamics—are poised to lower development costs and fuel increased investments in renewable energy & data center projects. Historic Performance of Renewables Stock Prices Looking at the performance of broad renewable energy and storage ETFs over the past few years, we can gain valuable insight into the sector’s trajectory. The renewable energy market actually performed better during the Trump administration than it did under the Obama or Biden administrations. From 2017 to 2021, the value of the iShares Global Clean Energy ETF (ICLN), which tracks the performance of renewable energy companies, surged by more than 278%. By contrast, from 2013 to 2017, the ETF saw only a modest increase of 9%, and from 2021 to 2025, its value has declined by 60%. Administration ETF ICLN Growth ETF PBW Growth ETF TAN Growth ETFs avg. growth 2nd Obama Admin (Jan 2013- Jan 2017) 9.40% -13.16% -2.92% -2.22% 1st Trump Admin (Jan 2017- Jan 2021) 278.77% 566.61% 544.43% 463.27% Biden Admin (Jan 2021- Jan 2025) -63.43% -83.65% -70.04 -72.37% Comparison of renewable energy ETFs ICLN, PBW, and TAN during the previous administrations. Data Source: Yahoo Finance While factors such as interest rates, overall market health, and geopolitical events play a role in stock performance, these figures are a strong indicator of the potential for renewed growth in the renewable energy sector over the coming years. Deregulation & Other Drivers of Upcoming Growth The optimism surrounding the renewable energy industry can be attributed to several key factors: Deregulation:  The anticipated deregulation under the current administration is expected to reduce the cost of developing renewable energy projects. By easing burdensome regulations, the government is helping to make it easier and more affordable for companies to invest in and deploy renewable energy infrastructure. Increased State-Level Incentives: States such as California and Illinois are proactively in talks to expand their renewable energy incentive programs. These state-level efforts are intended to fill the gap left by potential changes to federal incentives, ensuring that renewable energy development remains competitive and attractive to investors. Increased Demand from Data Centers:  The rapid growth of artificial intelligence (AI) and data centers across the United States is creating a massive increase in electricity demand. This surge in demand cannot be met solely by fossil fuels or by renewables alone, requiring substantial investments in both renewable and traditional energy infrastructure. This increased demand for electricity presents a unique opportunity for the renewable energy sector to scale rapidly. Looking Ahead to the Future of Renewable Growth The renewable energy industry is in a highly advantageous position to experience significant growth in the coming years, fueled by a combination of deregulation, state-level incentives, and increasing demand from emerging sectors like data centers. With a backdrop of historical success under the first Trump administration and the continued push for lower development costs, the future of renewable energy and data centers appears poised for strong expansion.

On January 20th, 2025, President Donald Trump signed an   executive order  aimed at pausing for 90 days federal agencies from distributing funds already approved by Congress. However, the U.S. Supreme Court set a precedent with the Congressional Budget and Impoundment Control Act of 1974 that the President of the United States doesn’t have the authority to impound a budget voted by the U.S. Congress.   Proponents of the Impoundment Control Act argue that presidents have always operated within limits when it comes to canceling federal spending, with the act simply reinforcing those boundaries— a perspective consistently upheld by the courts. On the other hand, Trump and his allies contend that he should have the authority to withhold funds, despite these legal constraints. However, it is illegal for any administration to refuse to spend funds appropriated by Congress. The Impoundment Control Act allows the president to temporarily postpone spending or request Congress to rescind allocated funds, but it explicitly forbids withholding funds for ideological reasons. Some think it is a very smart political move. The Trump administration gives the appearance of trying to push back on the IRA and on renewable energy incentives, satisfying a campaign trail promise to its political base. The almost certain decision by the courts to uphold the IRA will result in economic benefits for the republican states where over 80% of the IRA incentives have gone towards.  On the other hand, Trump’s recent Stargate announcement for the $500 billion investment in AI marks a huge expansion in the electrical grid and infrastructure. What is the Congressional Budget and Impoundment Control Act of 1974? The Congressional Budget and Impoundment Control Act of 1974 is a key U.S. federal law defining Congress’s role in the budget process. It created a formal procedure for Congress to address instances where the executive branch withholds budget authority. The President must notify Congress of any withholdings and comply with Congress’s review outcomes. Title X of the Act, known as the   Impoundment Control Act of 1974 , allows the President to request that Congress rescind appropriated funds. However, if Congress (both the Senate and House) does not approve the request by passing legislation within 45 days, the withheld funds must be released. Congress is not required to vote on these requests and often ignores them, prompting some to advocate for a line-item veto to strengthen the President’s authority. The Act gained renewed attention in 2019 during the Trump impeachment investigation over the withholding of military aid to Ukraine. Two budget office staffers resigned over concerns about the delay, which had been decided by Michael Duffey, a political appointee. Emails revealed that Acting Undersecretary of Defense Elaine McCusker warned the White House in July 2019 that the delay could violate the Act. President Trump's Executive Orders & The Impoundment Control Act The Trump Administration is reportedly considering whether it can withhold- or "impound"- funds appropriated by Congress through legislation. Advocates for this approach argue that the Impoundment Control Act of 1974 imposes unnecessary restrictions on the President’s ability to impound funds and have suggested its repeal. However, the claim that the ICA is the sole barrier to presidential authority over impoundments misrepresents both legal precedent and constitutional principles. The Constitution grants Congress the "power of the purse," which explicitly prevents the President from unilaterally refusing to spend funds appropriated by Congress. Courts, including the Supreme Court, have consistently upheld this power, striking down attempts by Presidents to bypass it. Notably, President Nixon’s impoundments- all of which occurred before the ICA was enacted- were overturned, reinforcing Congress’s authority over federal spending. The debate over presidential authority to withhold federal funds is longstanding. Advocates of the Impoundment Control Act argue that presidents have historically had limited power to cancel federal spending, with the act merely reinforcing existing restrictions—a stance consistently upheld by the courts. Meanwhile, Trump and his supporters contend that presidents hold broad constitutional authority to withhold funds and that the Impoundment Control Act unlawfully curtails that power. Can Trump Overrule Congress’ Spending Decisions? President Trump does not have the authority to bypass Congress on federal spending decisions. By law, an administration cannot withhold funds that Congress has already allocated. The Impoundment Control Act allows a president to temporarily delay spending or request that Congress rescind funds, but it does not permit holding money back for ideological purposes. During his Senate Budget Committee confirmation hearing on Wednesday, Russell Vought, the nominee set to oversee federal funds if confirmed, defended the president’s actions. Vought argued that Trump did not violate the Impoundment Control Act when he issued an executive order temporarily halting certain federal funding. He described the move as a pause to allow the administration time to evaluate the situation. However, Vought refrained from fully committing to adherence to the Impoundment Control Act, deeming the law unconstitutional—a stance he shares with the president. While he assured senators that the administration would operate within legal boundaries, he avoided directly stating whether it would comply with the Act as it is currently written. How Could the Supreme Court Rule on Impoundment? The ongoing dispute over the Impoundment Control Act and whether Trump can block congressionally approved funds will ultimately be resolved by the Supreme Court. This issue echoes the 1975 Supreme Court case Train v. City of New York, where the court ruled against President Nixon’s attempt to withhold funding for water treatment programs. While the Impoundment Control Act was enacted during the Train case, the court noted that its ruling neither influenced nor was influenced by the new legislation. The Future of the IRA Under the Trump Administration A full repeal of the IRA under Trump is highly unlikely. Why? The legislation has driven massive job creation in clean energy industries like wind and solar, with 80% of investments landing in Republican-led states such as Oklahoma, Arkansas, and Mississippi. According to projections, clean energy projects announced in the IRA's first two years are expected to generate 621,000 direct and indirect new jobs, including 154,000 permanent roles over the next five years. Businesses and individuals involved in these projects could gain up to $1.2 trillion in tax credits over the law’s 10-year span. Without these incentives, many clean energy companies warn of financial losses, layoffs, and closures. For Republican districts, the stakes are high—factory closures and job losses could anger constituents, making a repeal politically risky. Some House Republicans have acknowledged this, writing to Speaker Mike Johnson to praise the legislation and urge caution with any changes. A significant portion of the funding has already been allocated. Much of the money for loans and grants to reduce carbon emissions is “obligated,” with contracts finalized. By November 2024, at least $92.5 billion in grants had been awarded— 80% of the funding for the fiscal year ending in September. This makes it unlikely a Trump administration could revoke funds already distributed to states, local governments, nonprofits, or businesses. How Renewable Energy Developers Can Stay Ahead The potential repeal of the Inflation Reduction Act presents a challenge for   clean energy developers , but it is far from an insurmountable hurdle. By focusing on strategies such as maximizing operational efficiency, diversifying revenue streams, leveraging data-driven insights, forging strategic partnerships, engaging with local communities, and innovating financing models, developers can adapt and continue to thrive in a shifting landscape. Tools like those provided by LandGate offer essential insights and support to help navigate this uncertainty. To stay ahead, renewable energy developers must embrace proactivity, adaptability, and resilience. With the right approach and resources, challenges can be transformed into opportunities for growth and long-term success. To explore how LandGate’s tools can empower your site selection, project due diligence, and financial planning,   learn more here . If you're ready to take the next step, book a free demo with our energy markets team today: Disclaimer: The information provided by LandGate is for educational purposes only and does not constitute legal advice. LandGate does not provide legal, financial, or tax advice, and you should not rely on this information as a substitute for consulting with qualified professionals.

As we enter into a new era of rapid technological advancements, it has become increasingly clear that artificial intelligence (AI) will play a pivotal role in shaping our future. From smart cars to personalized healthcare, the potential applications of AI are endless. Recognizing this, U.S. President Donald Trump has taken a bold step by announcing this groundbreaking investment in AI infrastructure. On January 21, 2025, President Trump unveiled a landmark private sector investment of up to $500 billion aimed at strengthening the nation's AI infrastructure. This strategic move is designed to position the United States as a global leader in this critical and rapidly evolving technology. The major funding will be allocated towards research and development, education and training, and the creation of new AI-driven applications. Trump Unveils $500 Billion Investment for AI Infrastructure Development According to the White House, OpenAI, SoftBank, and Oracle are launching a joint venture called "Stargate." This ambitious initiative will focus on building advanced data centers and the necessary electricity infrastructure to support the rapid evolution of AI. The project will begin in Texas with an initial investment of $100 billion, potentially growing to $500 billion within the next four years. Stargate is expected to create over 100,000 jobs across the United States, underscoring its economic impact alongside its technological goals. These efforts aim to solidify the U.S. as a leader in AI innovation while driving significant growth within the sector. “It’s big money and high quality people,” said Trump, adding that it’s “a resounding declaration of confidence in America’s potential” under his new administration. SoftBank CEO Masayoshi Son, OpenAI CEO Sam Altman, and Oracle Chairman Larry Ellison gathered at the White House alongside former President Trump for the project’s launch. Ellison revealed that 10 data centers are already under construction as part of the initiative. He also highlighted the project’s potential connection to digital health records, suggesting it could revolutionize disease treatment— particularly cancer— by enabling the creation of personalized vaccines. “This is the beginning of golden age,” said Son, referencing Trump’s statement that the U.S. would be in a “golden age” with him back in the White House. Son, a Japan-based billionaire, pledged in December to invest   $100 billion in U.S. projects  over the next four years. This follows a previous commitment of $50 billion in new investments during Trump’s first term, which included a significant stake in the struggling office-sharing company, WeWork. The project's initial data centers are already under construction in Texas, Ellison revealed during the press conference. Plans include a total of 20 centers, each covering an impressive half a million square feet. Ellison explained that this initiative aims to support advanced AI systems capable of analyzing electronic health records, offering invaluable assistance to doctors in enhancing patient care. Data Centers and Artificial Intelligence Trump said that “immediately, Stargate will be building the physical and virtual infrastructure to power the next generation of advancements in AI,” said Trump. “And this will include the construction of colossal data centers.” Data centers play a critical role in enabling the development and deployment of artificial intelligence systems. These modern facilities house the vast computational infrastructure necessary to process, store, and analyze massive datasets required for AI training and operation. With the rapid growth of AI applications, including natural language processing, image recognition, and predictive analytics, the demand for high-performance   data centers  has surged. Advanced AI workloads require specialized hardware such as GPUs and TPUs, as well as efficient cooling systems and energy management to ensure sustainable operations. Data centers not only provide the foundation for AI but also enable real-time processing and decision-making across industries, driving innovation and transforming businesses globally. AI's insatiable demand for computing power is driving the need for specialized data centers, designed to interconnect thousands of chips in massive clusters. As AI data centers expand and the electrification of buildings and transportation accelerates, U.S. power consumption is climbing. According to the   North American Electric Reliability Corporation , nearly half of the country faces an increased risk of power shortages within the next decade. To address these challenges, the White House has prioritized upgrading the nation’s electricity infrastructure to support the rapid growth of AI technologies. This effort has become increasingly urgent as the U.S. competes with China for leadership in a transformative technology reshaping industries worldwide. The Future of Data Center Development for Developers As the demand for data grows exponentially, LandGate stands out as an indispensable partner for data center developers. By leveraging the hyperscale capabilities of   LandGate's platform , developers can streamline their site selection process to meet current needs while positioning their projects for future growth. The platform provides critical insights into available power, co-location opportunities, and geographic stability, empowering developers to make strategic, well-informed decisions. With LandGate’s advanced tools and expertise, navigating the complexities of site selection becomes seamless. Developers can unlock new opportunities, enhance grid stability, and drive the future of digital infrastructure—all while fostering environmental sustainability. To learn more,   click here  or book a free demo with our team: