2026 Legislation Advances West Virginia Microgrid Framework
West Virginia lawmakers are advancing a policy framework designed to attract large-scale computing infrastructure such as artificial intelligence clusters, high-performance computing facilities, and digital asset data centers.
The foundation of this framework was created in 2025 when the West Virginia Legislature passed House Bill 2014, known as the Power Generation and Consumption Act. The law established the concept of certified microgrid districts and "high‑impact" data centers, allowing developers to build dedicated on-site power generation to support energy‑intensive computing operations. These facilities can generate electricity directly for their campuses, including through natural gas generation, rather than relying entirely on the traditional electric grid.
In 2026, lawmakers advanced the program by approving House Bill 4983, which authorizes the Department of Commerce rule governing how these projects are reviewed and certified. The rule establishes the process developers must follow when applying to build a microgrid district or high-impact data center in the state.
Under this certification process, developers must provide information about project size, location, energy infrastructure, and economic impact. The goal is to create a clear regulatory pathway for large compute campuses while giving the state visibility into major infrastructure developments.
During Senate consideration of HB 4983, legislators added language encouraging developers to evaluate potential water use associated with data center cooling systems. The provision does not impose strict limits, but it signals that environmental planning should be considered as part of large infrastructure proposals.
Together, these laws position West Virginia to compete for the next generation of digital infrastructure projects. Artificial intelligence, cloud computing, and high-performance data processing require enormous amounts of reliable electricity. Increasingly, developers are pairing computing infrastructure with dedicated energy sources such as on-site microgrids.
West Virginia is uniquely positioned for this model. The state sits atop one of the largest natural gas basins in the United States and has abundant land suitable for industrial-scale development. By connecting energy production with computing infrastructure, policymakers hope to capture more economic value from the region's natural resources.
As demand for computing power continues to grow, West Virginia's microgrid and high-impact data center framework signals that the state intends to compete for these investments.