LandGate Resources

The first quarter of 2025 has been a pivotal period for the U.S. data center industry, with significant growth driven by the rise of artificial intelligence (AI) workloads, cloud computing, and the expansion of hyperscale infrastructure. As the demand for AI-driven services and cloud applications continues to surge, data centers are experiencing a substantial increase in energy consumption, with U.S. data centers projected to consume over 600 terawatt-hours (TWh) of electrici

There are significant variations in LMP energy prices across different states. California (CA) leads the group with the highest average price, followed by Utah (UT), Oregon (OR), Washington (WA), and Idaho (ID). These elevated prices are influenced by several factors, including the types of energy generation available in these states, such as a higher reliance on renewable energy sources that may incur higher upfront costs. Other factors contributing to these variations inclu

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 i

Georgia has over 80 facilities for data centers in the United States and plays a significant role in its overall contribution to the country’s data center economy. LandGate data shows that Georgia hosts multiple data center types, ranging from colocation to enterprise and hyperscale projects. Considering a surge of over 50% of growth over the last year, the Georgia markets have shown promising prospects for data centers in 2024. Georgia Top Data Center Markets Want to read m

Arizona currently has 93 active and operating utility-scale solar farms with a total capacity of 5.3 GW . Arizona also has an extensive pipeline for future development with 3 farms under construction, 7 planned farms,135 queued projects with a total capacity of over 29 GW, and 18 site control farms with a total capacity of 7.9 GW. Overall, if all under construction, planned, queued, and site control farms go into operating status, Arizona will expand its capacity by nearly

California, known as the third largest data center market in the United States, plays a major role in its overall contribution to the country’s data economy. Aided by its strategic location, rapid technological growth, and large economy, California has been one of the fastest states as far as data center development, cloud computing, and artificial intelligence is concerned. LandGate shows that California is home to just over 400 data centers, with over 80 data providers acro

The global data center market is currently undergoing significant growth and transformation, with the United States leading the largest market trajectory. With rapid demand expansion and a considerable investment surge in data center infrastructure, the United States is undergoing a mass digital transformation. The country is expected to double its power capacity by the end of 2029. Florida has undergone massive changes over the last year, but ultimately remains a host to nu

Utah currently has 54 active and operating utility-scale solar farms with a total capacity of 2.3 GW . Utah also has an extensive pipeline for future development with 5 farms under construction, 15 planned farms,15 queued projects with a total capacity of over 2.8 GW, and 3 site control farms with a total capacity of 675 MW. Overall, if all under construction, planned, queued, and site control farms go into operating status, Utah will expand its capacity by nearly 3.5 GW !

Illinois is gaining much attention as a data center market within the United States with its abundance of land, favorable business environment, proximity to large markets, and a developmental friendly state. It has become one of the most in-demand data center markets within the country over the last 4 years. LandGate data shows that Illinois has over 187 data centers across colocation, hyperscale, and enterprise projects with major market shareholders. LandGate is able to co

As of September 2024, Oregon has 118 operational solar farms with a current capacity of 1,243.4 MW and a current electricity generation of 149,968 MWh. Oregon has 2 solar farms under construction with 200 MW capacity total and 28 planned solar farms with 2669.96 MW1 capacity. Oregon has 8 utility scale solar projects in the site control stage, estimated to add 574,569 MWh of generation. Oregon has no Utility-Scale queued solar farms as of August 2024. Overall, if all planned

Pennsylvania currently has 46 active and operating utility-scale solar farms with a total capacity of 562 MW . Pennsylvania also has an extensive pipeline for future development with 9 farms under construction, 20 planned farms, 480 queued projects with a total capacity of over 11,000 MW, and 22 site control farms with a total capacity of 211 MW. Overall, if all under construction, planned, queued, and site control farms go into operating status, Pennsylvania will expand it

In the rapidly evolving digital economy, data centers play a critical role in supporting various industries by providing the infrastructure necessary for data storage, processing, and management. Virginia, often referred to as the "Data Center Alley," has emerged as a major hub for data centers in the United States. In this report, we will explore the current trends and activities of data centers in Virginia, examining their development, economic impact, and technological adv

As of June 2024, Colorado has 151 operational solar farms with a current capacity of 2,263 MW and a current electricity generation of 309,105 MWh. Colorado has 9 solar farms under construction with 780 MW capacity total and 14 planned solar farms with 901 MW1 capacity. Colorado has 11 solar projects in the site control stage, estimated to add 149,867 MWh of generation. Colorado has a low amount of Utility-Scale queued solar farms compared to the other states in the US, with 1

California has a well-established pipeline for utility-scale solar development with 7,705 MW capacity for 244 planned projects, 28,493 MW capacity for 119 queued projects, and 4,386 MW capacity for 31 site control projects. Overall, if all planned, queued, and site control farms go into operating status, California will expand its capacity by 40 GW. In California, the average solar farm size is 171 acres, producing 17.8 MW of electricity under ideal conditions. So a solar far

Kansas currently has 15 active and operating utility-scale solar farms with a total capacity of 49.03 MW . Kansas also has an extensive pipeline for future development with 4 farms under construction, 2 planned farms, 50 queued projects with a total capacity of over 10 GW, and 2 site control farms with a total capacity of 97 MW. Overall, if all under construction, planned, queued, and site control farms go into operating status, Kansas will expand its capacity by nearly 11

By August 2023, South Carolina had 108 operational solar farms, boasting a total capacity of 1,503 MW and generating 159,167 MWh of electricity. The state stands out for its substantial number of solar farms in comparison to other U.S. states. Additionally, South Carolina is actively developing its solar energy sector, with 5 solar farms currently under construction with a combined capacity of 10 MW, 25 planned solar farms with a total capacity of 1,638 MW, along with 3 Utili

The state of solar development in Massachusetts can be evaluated by key factors such as federal and local regulations, incentives, grid interconnection and integration. The current state of development activity in Massachusetts is growing and can be seen in this analysis summarizing all facets of solar energy project development. We will break down the various federal and state incentives available to solar energy developers in Massachusetts and how to access them. LandGate p

Solar development in the state of West Virginia can be evaluated by federal and local regulations, incentives, grid interconnection and integration. Solar development activity in West Virginia is currently growing and can be seen in this analysis summarizing all facets of solar energy project development. We will break down the various federal and state incentives available to solar energy developers in West Virginia and how to access them. LandGate provides key data to the t

The state of solar development in Kentucky can be evaluated by key factors such as federal and local regulations, incentives, grid interconnection and integration. The current state of development activity in Kentucky is growing and can be seen in this analysis summarizing all facets of solar energy project development. We will break down the various federal and state incentives available to solar energy developers in Kentucky and how to access them. LandGate provides key dat

The state of solar development in Missouri can be evaluated by key factors such as federal and local regulations, incentives, grid interconnection and integration. The current state of development activity in Missouri is growing and can be seen in this analysis summarizing all facets of solar energy project development. We will break down the various federal and state incentives available to solar energy developers in Missouri and how to access them. LandGate provides key dat