List of power stations in South Carolina facts for kids
Sources of South Carolina utility-scale electricity generation:
full-year 2021 Nuclear (53.8%) Natural Gas (23.3%) Coal (15.2%) Hydroelectric (4.0%) Biomass (2.3%) Solar (2.3%) Petroleum (0.1%)
South Carolina gets its electricity from many different places! This article lists the main electricity-generating power stations in the U.S. state of South Carolina. These power stations create the electricity that lights up our homes, schools, and businesses.
In 2020, South Carolina could make about 24,122 MW of electricity in the summer. This is like having enough power for millions of homes! Overall, the state produced 98,529 GWh of electricity that year.
Where does all this power come from? In 2021, over half of South Carolina's electricity (53.8%) came from nuclear power. Other important sources were natural gas (23.3%) and coal (15.2%). A smaller amount came from hydroelectric power (4%), biomass (2.3%), and solar power (2.3%). Only a tiny bit (0.1%) came from petroleum.
South Carolina is actually the third biggest producer of nuclear power in the whole country! Also, using natural gas for electricity has grown a lot, becoming four times bigger since 2010.
Contents
Nuclear Power Stations
Nuclear power stations create electricity by splitting tiny particles called atoms. This process, called nuclear fission, makes a lot of heat. This heat boils water to create steam, which then spins huge turbines to make electricity. It's a very powerful way to generate energy.
South Carolina has four main nuclear power plants. They are a huge part of the state's electricity supply.
| Plant Name | Location | Power Output (MW) | Year Opened |
|---|---|---|---|
| Catawba Nuclear Station | 35°03′01″N 81°04′10″W / 35.05014°N 81.0694°W | 2,310 | 1985 (Unit 1) 1986 (Unit 2) |
| H. B. Robinson Nuclear Generating Station | 34°24′06″N 80°09′32″W / 34.4017°N 80.1589°W | 741 | 1971 |
| Oconee Nuclear Station | 34°47′38″N 82°53′55″W / 34.7939°N 82.8986°W | 2,554 | 1973 (Unit 1) 1974 (Unit 2) 1974 (Unit 3) |
| Virgil C. Summer Nuclear Generating Station | 34°17′54″N 81°18′55″W / 34.2983°N 81.3153°W | 971 | 1984 |
Fossil-Fuel Power Stations
Fossil fuels like coal and natural gas are formed over millions of years from the remains of ancient plants and animals. When these fuels are burned, they release energy that can be used to make electricity.
Coal Power Plants
Coal power plants burn coal to heat water, create steam, and spin turbines, just like nuclear plants. However, burning coal releases gases into the air. Many older coal plants are being closed down or changed to use cleaner fuels.
| Name | Location | Power Output (MW) | Year Opened | Status |
|---|---|---|---|---|
| Canadys Station | Colleton County | 490 | 1962 (Unit 1) 1964 (Unit 2) 1967 (Unit 3) |
Closed (2012-2017) |
| Cope Station | Orangeburg County | 430 | 1996 | Operational (Coal use to stop by 2030) |
| Cross Generating Station | Berkeley County | 2,390 | 1984 (Unit 1) 1995 (Unit 2) 2007 (Unit 3) 2008 (Unit 4) |
Operational |
| Jefferies Generating Station | Berkeley County | 346 | 1970 (Unit 1) 1970 (Unit 2) |
Closed (2012) |
| Wateree Station | Richland County | 772 | 1970 (Unit 1) 1971 (Unit 2) |
Operational (Plant to close by 2028) |
| Winyah Generating Station | Georgetown County | 1,260 | 1975 (Unit 1) 1977 (Unit 2) 1980 (Unit 3) 1981 (Unit 4) |
Operational (Units closing by 2023/2027) |
| Williams Station | Berkeley County | 633 | 1973 | Operational (Plant to close by 2028) |
Natural Gas Power Plants
Natural gas power plants burn natural gas, which is a cleaner-burning fossil fuel than coal. This process also heats water to create steam, which then spins turbines to generate electricity. Natural gas has become a very important source of power in South Carolina.
| Plant Name | County | Location | Power Output (MW) | Year Opened |
|---|---|---|---|---|
| Columbia Energy Center | Calhoun | 33°52′11″N 81°01′04″W / 33.8697°N 81.0178°W | 543 | 2004 |
| Jasper | Jasper | 32°21′34″N 81°07′27″W / 32.3594°N 81.1242°W | 852 | 2004 |
| John S. Rainey Generating Station | Anderson | 34°20′52″N 82°46′28″W / 34.3477°N 82.7745°W | 460 | 2001 |
| Urquhart | Aiken | 33°26′06″N 81°54′40″W / 33.4350°N 81.9111°W | 452 | 2002 |
| W.S. Lee Steam Station | Anderson | 34°36′08″N 82°26′06″W / 34.6022°N 82.4350°W | 890 | 2018 |
Renewable Power Stations
Renewable energy sources are natural resources that can be replaced or are always available, like sunlight, water, and plants. Using these sources helps reduce pollution and protect our planet.
Biomass Power Plants
Biomass power plants burn organic materials, like wood waste, agricultural crops, or even garbage, to create heat. This heat is then used to make steam and generate electricity, similar to how fossil fuel plants work.
| Name | Location | Power Output (MW) | Year Opened |
|---|---|---|---|
| Florence Mill | 34°08′59″N 79°33′38″W / 34.1497°N 79.5606°W | 98.8 | 1963/1974/1987 |
| International Paper Eastover | 33°53′14″N 80°38′23″W / 33.8872°N 80.6397°W | 103.0 | 1984/1991 |
| International Paper Georgetown Mill | 33°21′37″N 79°18′09″W / 33.3602°N 79.3026°W | 80.4 | 1966/1984 |
| Kapstone | 32°54′00″N 79°58′00″W / 32.9000°N 79.9667°W | 85.0 | 1999 |
| Marlboro Mill | 34°36′18″N 79°47′06″W / 34.6050°N 79.7850°W | 34.2 | 2010 |
| Sonoco Products | 34°23′07″N 80°04′04″W / 34.3853°N 80.0678°W | 38.0 | 1947/1957 |
Hydroelectric Power Plants
Hydroelectric power plants use the force of moving water, usually from a dam, to spin turbines and generate electricity. It's a clean and reliable way to produce power.
| Name | Location | Power Output (MW) | Year Opened |
|---|---|---|---|
| Hartwell Dam | 34°21′28″N 82°49′17″W / 34.35778°N 82.82139°W | 421 | 1962 |
| J. Strom Thurmond Dam | 33°39′39″N 82°11′59″W / 33.66083°N 82.19972°W | 361.9 | 1953/1954 |
| Jefferies Hydroelectric Station | 33°14′40″N 79°59′27″W / 33.24444°N 79.99083°W | 145.2 | 1942 |
| Parr Hydro | 34°15′41″N 81°19′51″W / 34.2613°N 81.3309°W | 15.0 | 1914/1921 |
| Richard B. Russell Dam power plant | 34°01′30″N 82°35′39″W / 34.02500°N 82.59417°W | 300 | 1985 |
| Saluda Dam | 34°03′12″N 81°13′04″W / 34.0533°N 81.2178°W | 207.3 | 1996 |
Solar Power Plants
Solar power plants use solar panels to capture energy from sunlight and turn it directly into electricity. This is a growing source of clean energy in South Carolina.
| Name | Location | Power Output (MW) | Year Opened |
|---|---|---|---|
| Moffett Solar | 32°38′13″N 80°59′24″W / 32.637°N 80.99°W | 69.5 | 2017 |
| Palmetto Plains | 33°20′25″N 80°41′50″W / 33.3402°N 80.6973°W | 75.0 | 2019 |
| Peony Solar | 33°30′07″N 81°15′14″W / 33.5020°N 81.2540°W | 39.0 | 2018 |
| Seabrook Solar | 32°33′52″N 80°44′31″W / 32.5644°N 80.7420°W | 72.5 | 2019 |
| Shaw Creek Solar | 33°40′29″N 81°45′16″W / 33.6747°N 81.7544°W | 74.9 | 2019 |
Storage Power Stations
Sometimes, electricity is made when it's not immediately needed. Storage power stations can save this extra energy and release it later when people need more power.
Pumped Storage
Pumped storage power plants are a special type of hydroelectric plant. They use extra electricity to pump water uphill into a reservoir. When electricity is needed, the water is released downhill through turbines, generating power. It's like a giant battery!
| Name | Location | Power Output (MW) | Year Opened |
|---|---|---|---|
| Bad Creek Hydroelectric Station | 35°00′42″N 83°01′16″W / 35.01167°N 83.02111°W | 1,060 | 1991 |
| Fairfield pumped storage | 34°18′22″N 81°19′51″W / 34.3061°N 81.3308°W | 576 | 1978 |
| Richard B. Russell pumped storage | 34°01′30″N 82°35′39″W / 34.02500°N 82.59417°W | 300 | 1996 |
| Lake Jocassee Power Station | 34°57′34″N 82°54′53″W / 34.9594°N 82.9147°W | 780 | 1973/1975 |
See also
- List of power stations in the United States
- List of pumped-storage hydroelectric power stations