Power by county
Richmond, NC: data center power outlook
The grid around Richmond, North Carolina is summarized here from public data, starting from the county's position in an area outside an organized wholesale market. Inside Richmond the mapped layer shows 24 mapped substations, with grid access reaching 500 kV at its strongest point. Retail service across Richmond is split among 4 utilities, among them DUKE ENERGY CAROLINAS, LLC, DUKE ENERGY PROGRESS - (NC), MARLBORO ELECTRIC COOP, INC.
Grid position at a glance
- Serving utilities
- DUKE ENERGY CAROLINAS, LLC, DUKE ENERGY PROGRESS - (NC), MARLBORO ELECTRIC COOP, INC, PEE DEE ELECTRIC MEMBER CORP
- ISO / market
- NON_ISO (Not in an organized wholesale market)
- Highest grid access
- 500 kV
- Substations in county
- 24
- Industrial retail rate
- 7.8¢/kWhState-level EIA-861 industrial average. The map colours by this, not by a per-county rate.
- Per-utility rates in county
- 3 of 4 serving utilities: 7.8 to 9.5¢/kWhLowest to highest industrial rate among the utilities serving this county (EIA-861 Sales to Ultimate Customers). A spread, not the county’s rate, and it covers only the serving utilities that report one.
- Interconnection queue
- None on record
- Proposed generation
- None on file (EIA-860M)Units filed with EIA as planned or under construction (Form EIA-860M). Declared intent from the federal inventory, not the interconnection queue and not guaranteed capacity.
- Grid carbon intensity
- 482 lb CO2/MWh
- Water withdrawals
- 15 Mgal/dAll uses, freshwater. Water already withdrawn locally, not water available for a new load.
- Construction labor near site
- 90,043 employed in construction within ~120 kmA large build needs hundreds of skilled construction workers on site for one to three years. A county with few of them within commuting range means bussing crews in, per diem, and housing, which is real cost and schedule risk. This counts people employed in construction within about a 120 km drive (BLS QCEW), summed across nearby counties. It is not labor known to be available: most are already committed to other projects, and no public data reveals who is free.
Grid conditions in Richmond
Read on for the public power picture of Richmond in North Carolina, assembled for data center siting. At 500 kV, Richmond carries high-voltage transmission at its strongest mapped point. Richmond contains 24 mapped substations, a dense footprint that spreads interconnection options across many points.
No organized wholesale market covers Richmond, North Carolina, so capacity moves through the local utility and bilateral agreements. Richmond carries the state industrial average retail rate of 7.8 cents per kWh from EIA-861, applied statewide. For Richmond, the per-utility spread is 3 of 4 serving utilities: 7.8 to 9.5¢/kWh, which qualifies but never replaces the state average.
Richmond, North Carolina shows no interconnection-queue project in the covered feeds, whether from real quiet or a feed not yet loaded. No generation is filed as planned or under construction in Richmond, North Carolina in the federal EIA-860M inventory, a measured zero rather than missing data. In eGRID, the balancing authority over Richmond shows 481.506 lb CO2 per MWh.
For Richmond, the USGS 2015 compilation records 15.4 million gallons per day of all-use freshwater withdrawals, not water available to a new load. Richmond sits within commuting range of roughly 90,043 construction workers (BLS QCEW, about 120 km), most already committed elsewhere.
Every figure for Richmond here is screening-grade and describes the county as a whole, not any single parcel within it. None of the figures for Richmond, North Carolina settles a site on its own; each one qualifies the others, and all of them come from public federal and state datasets. Settling a site in Richmond, North Carolina requires a study of the specific parcel, a step beyond the county-level picture drawn here. Sources and data dates for Richmond, North Carolina are logged directly below, so each figure on this page can be traced back to its public dataset.