LandGate Resources

Choosing the right location for a solar farm is crucial for its success. When selecting a site, developers must consider several factors. Geographical aspects like topography, climate, and solar irradiance are vital.

The U.S. power sector is experiencing a growing disconnect between projected electricity demand and the generation capacity  expected to meet it. While significant new power projects continue to be announced and proposed, a meaningful share is ultimately canceled before reaching construction or operation. In 2025 alone, approximately 1,800 power projects were canceled, a scale highlighted by late-year federal actions that suspended five major developments, including Vineyard

Electricity generation in the United States surpassed 4,260 terawatt-hours (TWh) in 2025, and demand is projected to grow by about 25% over the next five years. The nation’s electricity comes from a mix of fossil fuels (such as coal and natural gas), nuclear power, and renewable energy sources like wind and solar.

The landscape for renewable energy in the Midwest just underwent a seismic shift. On January 8, 2026, Governor JB Pritzker signed the Clean and Reliable Grid Affordability (CRGA) Act into law- a landmark piece of legislation that solidifies Illinois as the national vanguard for clean energy and grid modernization.

In today’s dynamic energy landscape, accurate analysis and strategic planning are essential for success in the renewable energy sector. An 8760 report provides a rich cache of detailed information that developers can use to gain an edge with their solar endeavors.

The additional real estate market of Energy, Infrastructure, and Data Centers is estimated at $13.095 trillion market asset value as of Feb 2025, and is estimated to grow to $19 trillion in 2030, and $27 trillion in 2035. This market is now entirely part of real estate, in what we refer to as “New Real Estate”.

In the modern landscape of infrastructure development, one thing is becoming crystal clear: Site selection is now grid selection.

The competition for prime land in the United States has never been fiercer. As the digital economy expands and the clean energy transition accelerates, data centers and utility-scale solar farms are increasingly vying for the same parcels of land.

The energy landscape in the Western United States is undergoing a seismic shift. As the demand for computing power accelerates, driven by the explosion of Artificial Intelligence (AI) and hyperscale cloud computing, the pressure on the grid to provide reliable, massive loads is unprecedented. For developers and utilities, the challenge is no longer just finding land; it is finding land with power . To meet this challenge, LandGate is pleased to announce a significant leap for

The United States is entering the most land-intensive era of industrial development since the post-war highway build-out. Unlike previous growth cycles, which concentrated in urban cores or logistics corridors, today’s expansion is anchored in four converging forces: electrification, AI-driven data center growth, grid modernization, and renewable generation. Each sector carries enormous physical footprints, highly constrained siting requirements, and intricate interdependenci

The energy transition presents a critical challenge and a massive opportunity  for the traditional oil and gas (O&G) sector. As global energy consumption shifts toward decarbonization, holders of non-producing (or fully abandoned) O&G assets, including land, surface infrastructure, and existing rights-of-way, are increasingly faced with the risk of stranded assets . This analysis provides a strategic framework for utility-scale energy developers to assess and monetize these u

Hyperscale data centers are the engine of the global digital economy. Their massive, non-stop power demand requires dedicated, utility-scale renewable energy generation  ( Solar and BESS ) to be built either adjacent to or in close proximity to the facility. This colocation model is critical for achieving net-zero goals, ensuring uptime, and managing power costs. However, the sheer size and speed of hyperscale deployment intensify every aspect of land acquisition. Developers

The surge in renewable energy demand has transformed specific geographic areas into "High-Demand Zones" (HDZs) —regions critical for utility-scale projects due to superior solar insolation, wind resources, or proximity to transmission infrastructure. In these HDZs, calculating a fair and financially sound land lease rate is no longer a matter of simple comparable sales. It requires a sophisticated, data-driven analytical framework  that accounts for true project value, risk,

While utility-scale solar developers face mounting interconnection delays and complex federal tax incentive timelines, data centers are experiencing unprecedented energy demands. This convergence has created a unique opportunity: direct, behind-the-meter (BTM) energy partnerships  that bypass traditional utility bottlenecks entirely. The fundamentals make perfect sense. Data centers  require massive amounts of reliable, clean power to operate their facilities. Solar developer

The economic viability of Battery Energy Storage Systems (BESS) is fundamentally dependent on location. As BESS assets increasingly participate in wholesale electricity markets (providing grid resilience, peak shaving, and energy arbitrage) developers require granular, data-driven tools to accurately forecast revenue streams. Analyzing the Locational Marginal Price (LMP)  volatility at specific nodes is essential for assessing where a project can achieve optimal financial re

The wind energy landscape in the U.S. is maturing, and with a significant portion of early-era wind farms approaching 20-30 years of...

The booming demand for new energy infrastructure—from utility-scale solar and wind to power-hungry data centers —is exposing the...

This week's data center news highlights major strategic investments, localized development challenges, and significant economic impacts,...

Battery arbitrage represents one of the most promising revenue streams in the modern energy market. This strategy involves storing...

The energy landscape is changing faster than ever before. Data centers are scaling across the globe, solar projects are surging in development pipelines, and battery energy storage systems (BESS) are becoming essential for grid reliability. The convergence of these three forces— solar, data centers, and BESS —represents one of the most transformative opportunities for developers, investors, and energy market players. What makes this combination so powerful? When deployed t