
Marsh Run Generation Facility is a 504-megawatt natural gas peaking plant in Remington, Fauquier County, Virginia, built in 2004 and solely owned by Old Dominion Electric Cooperative. ODEC began construction in 2003 using dual-fuel simple-cycle GE Frame 7FA combustion turbines, with Ragnar Benson as general contractor. The plant produces power quickly to meet peak demand and was planned to run about 57 days a year for ODEC’s distribution cooperatives.
Mapped infrastructure geometry associated with this asset.
EIA plant 7836 · Inventory for Aug 2026.
| Generator | Technology | Status | Power (MW) | Energy (MWh) |
|---|---|---|---|---|
| 1 | Natural Gas Fired Combustion Turbine | Operating | 198.9 | Unknown |
| 2 | Natural Gas Fired Combustion Turbine | Operating | 198.9 | Unknown |
| 3 | Natural Gas Fired Combustion Turbine | Operating | 198.9 | Unknown |
| 4 | Natural Gas Fired Combustion Turbine | canceled_or_postponed | 195.5 |
Similar plants ranked by technology, capacity, and distance.
Operating generator records and technology attributes reported through EIA-860.
| Generator | Capacity | Technology | Operation | Status |
|---|---|---|---|---|
| 1 | 198.9 MW 161.8 MW summer | Natural Gas Fired Combustion Turbine Natural Gas · GT | Sep 2004 | Operating |
| 2 | 198.9 MW 160.5 MW summer | Natural Gas Fired Combustion Turbine Natural Gas · GT | Sep 2004 | Operating |
| 3 | 198.9 MW 161.7 MW summer | Natural Gas Fired Combustion Turbine Natural Gas · GT | Sep 2004 | Operating |
Monthly EIA generation history and recent market-resource behavior where linked telemetry is available.
Deterministic links to ERCOT market resources, price records, outage disclosures, queue records, and nearby infrastructure. Candidate joins remain labeled until corroborated.
Source-backed project transactions, agreements, land records, permits, and environmental disclosures. Portfolio and adjacent-project facts remain explicitly scoped.
Parties, market resources, and identifiers tied to this asset, with owner, operator, developer, EPC, compliance provider, and interconnecting entity roles kept separate.
Drag organizations to explore the network. Select a node to pin its details and available page link.
Project milestones and public references behind the asset profile.
| Unknown |
Monthly generation is reported through EIA-923. Capacity factor uses the current EIA nameplate capacity and is shown only for complete calendar years.
| Largest reported plants | Capacity | State | |
|---|---|---|---|
| Wildcat Point Generation Facility | 1,113.6 MW | MD | |
| Marsh Run Generation FacilityCurrent | 596.7 MW | VA | |
| Louisa Generation Facility | 545.7 MW | VA | |
| Monterey Diesel Generation Facility | 6 MW | VA |
Portfolio membership follows the latest EIA-860 reporting entity. It does not imply ultimate ownership.
View full reporting portfolioBuilt in 2004 by ODEC.
EIA-860 lists generator 1, generator 2, generator 3 with this operating date.
Answered from the published record above. Questions whose inputs this profile does not carry are omitted rather than estimated.
Marsh Run Generation Facility reports 596.7 MW natural gas of operating nameplate capacity. These technology ratings do not establish a common export limit. Source: EIA Aug 2026.
Marsh Run Generation Facility is a Natural Gas Fired Combustion Turbine facility in Fauquier County, VA, participating in the PJM market.
Marsh Run Generation Facility is in Fauquier County, VA, inside the PJM balancing area.
Marsh Run Generation Facility is operated by Old Dominion Electric Coop according to the EIA generator inventory. Reporting membership does not by itself establish ultimate ownership.
Marsh Run Generation Facility reported 390.8 GWh over the twelve months to 2024-12. Figures are net generation as filed to EIA-923.
By capacity, Marsh Run Generation Facility ranks #64 of 829 operating plants of the same technology nationally. It ranks #3 of 10 in VA.
Plants within 25 km, nearest first, regardless of technology. Proximity is straight-line distance between mapped plant coordinates; it does not by itself establish a shared point of interconnection.