74.9 MW Solar planned in Darlington, SC — Duke Energy Progress East
74.9 MW
Nameplate Capacity
1
Generators
unit
Solar Photovoltaic
Technology
Planned: —
Planned Operation
Coordinates
34.4234, -80.0621
County
Darlington, SC
Nearby Plants
Owner data does not fully agree across sources.
EIA typically reports the operating utility, while GEM resolves to the financial owner or parent corporation. Both can be correct.
| Field | EIA | GEM | Wikidata |
|---|---|---|---|
| Operator | B & K Solar | Southern Current | — |
| Owner(s) | B & K Solar | Southern Current LLC [100%] | — |
| Status | Planned | pre-construction | — |
GEM identifies the owner as Southern Current LLC [100%]
This entity is not yet in the GEM ownership database — chain unavailable.
B & K Solar is a 74.9 MW solar photovoltaic power plant located in Darlington County, South Carolina. The plant, which utilizes fixed-tilt solar tracking, is owned and operated by B & K Solar. It consists of a single generator and ranks as the 15th largest solar facility in South Carolina out of 143, and 802nd nationally out of 7108. The plant's primary fuel source is solar energy.
The facility operates within the Duke Energy Progress East balancing authority and is part of the SERC NERC region.
Generated from EIA, GEM, and public data sources
NERC Region
SERC
Balancing Authority
Duke Energy Progress East
Grid Voltage
230 kV
Regulatory Status
NR
Entity Type
Independent Power Producer
Sector
IPP Non-CHP
No generation data available for this plant.
No financial data available for this plant.
This plant is outside organized wholesale electricity markets (ISOs/RTOs). Nodal pricing data is not available.
APSPDCL pushes solar energy on R-Day
Tirupati: Andhra Pradesh Southern Power Distribution Company Limited (APSPDCL) Chairman and Managing Director Siva Sankar Lotheti stated...
E&E News: South Carolina’s abandoned nuclear plants could be revived under $2.7B deal
ENERGYWIRE | COLUMBIA, South Carolina — South Carolina's stalled nuclear power project could finally finish construction as a private...
Optimization of hybrid solar chimney power plant using Pearson and k-means analysis for green hydrogen and electricity production
Conventional solar chimney power plants (SCPPs) are hindered by low energy conversion efficiency and lack of integrated approaches for...
A GIS-based fermatean fuzzy MCDM approach for identifying the optimal sites for solar power plant installation in Kermanshah Province
Transitioning to renewable energy sources is crucial for sustainable, cost-effective, and clean electricity generation in Iran.
Last updated 2026-03-14
View all 10 articles