Residential electricity prices in South Carolina in September 2021 averaged 13.74 cents per kilowatthour (¢/kWh), which was approximately 3% less than the national average rate of 14.19 ¢/kWh (September 2021). [1]
→ Rates listed here as zeroes are not currently available.
See the chart below to compare South Carolina electricity rates against average rates in the U.S. [1]
→ Rates listed here as zeroes are not currently available.
Residential natural gas prices in South Carolina in September 2021 averaged 22.92 dollars per thousand cubic feet ($/Mcf), which was approximately 13% more than the national average rate of 20.22 $/Mcf (September 2021). [2]
→ Prices listed here as zeroes are not currently available.
See the chart below to compare South Carolina natural gas prices against the U.S. average prices. [2]
→ Prices listed here as zeroes are not currently available.
Sorry, South Carolina solar data is not currently available. Please check back later.
See the chart below to compare South Carolina solar radiation levels against the high and low in the U.S. [3]
→ k/m/d: kilowatt hours per square meter per day.
→ Values listed as zero are not currently available.
→ South Carolina values listed here are based on Columbia data.
Households in the United States have benefited from falling energy prices in recent years, which has driven down the cost of living.
Read More
Penn State researchers recently examined microgrids and discovered that they may not always be a wise economic move for communities.
Read More
Through the analysis of publicly available data filed by electricity suppliers, the CT OCC discovered that electricity customers overpaid by $58 million in 2015.
Read More
South Carolina ranks 24th in the United States with an total population of approximately 4,625,364. [4]
To learn more about utility rates and consumption in South Carolina, or for other information related to utilities in SC, visit the U.S. Energy Information Administration.
The solar energy that strikes our planet in a single hour could provide all of the Earth's energy needs for one year.
