Behind-the-Meter Data Center Proposed Outside Richmond, Virginia

Why It Matters

The project illustrates a growing trend of data centers securing dedicated, on‑site power sources, which could reshape utility demand patterns and accelerate integrated energy‑data infrastructure models.

Key Takeaways

• LS Power proposes 205‑acre data center near Richmond.
• Campus may use behind‑the‑meter power from Doswell gas plant.
• Includes GE Vernova LM6000 turbine and on‑site solar.
• LS Power has developed ~50 GW generation assets.
• Sale of 300 MW power aligns with data‑center demand.

Pulse Analysis

Data centers are increasingly seeking reliable, low‑latency power supplies to meet soaring compute demands, and LS Power’s Richmond proposal exemplifies this shift. By situating the campus adjacent to the Doswell natural‑gas plant, the developer can offer a behind‑the‑meter arrangement that reduces transmission losses and provides the facility with a predictable, on‑site energy source. The inclusion of a GE Vernova LM6000 turbine and solar arrays adds a hybrid mix, positioning the site as a resilient micro‑grid capable of handling peak loads while supporting sustainability goals.

From a grid perspective, the 300 MW power sale filed with FERC signals a strategic move to monetize excess generation capacity while supporting a high‑intensity load. Behind‑the‑meter contracts allow LS Power to treat the data center as a controllable demand resource, potentially offering demand‑response services that benefit the broader transmission system. The hybrid configuration—gas turbine for firm capacity, solar for clean energy, and possible battery storage—enhances flexibility, reducing reliance on external wholesale markets and mitigating price volatility for both the data center and the utility.

LS Power’s broader portfolio moves reinforce its ambition to become a full‑stack energy provider. Recent divestitures, including a 13 GW natural‑gas asset sale to NRG, free capital for targeted projects like the Richmond data center, while acquisitions such as BP’s U.S. onshore wind business expand its renewable footprint. Coupled with an extensive high‑voltage transmission network, LS Power is well‑positioned to deliver integrated power solutions that meet the evolving needs of data‑intensive enterprises, setting a template for future behind‑the‑meter developments.