In the most recent month of electricity data, July 2018, Burns's average rate of 11.25¢/kWh -- a difference of about -14% from the U.S. average of 13.12¢/kWh that month.[1]
Year over year in Burns (OR), electricity rates increased an estimated 3 percent -- from 10.94¢/kWh (July 2017) to 11.25¢/kWh (July 2018).[1]
In July 2017, the average electricity rate in Burns (Oregon) of 10.94¢/kWh -- a difference of about -17% from the United States average of 13.11¢/kWh that month.[1]
Average electricity rates in Burns, OR in July 2018 were 11.25¢/kWh -- an estimated 14 percent less than average rates that same month in the nation as a whole. [1]
→ Any electricity rate value listed as 0 (zero) signifies temporarily missing data.
→ ¢/kWh = cents per kilowatthour
Comparison of Burns electricity rates versus national average rates. [1]
→ Any electricty rate value listed as 0 (zero) signifies temporarily missing data.
The average amount of solar radition in Burns (measured on a monthly basis) is 24 percent lower than an area of the U.S. (Nevada) with historically high levels of solar radiation.[2]
July is historically the month that will have the highest solar output (AC) values in Burns -- averaging an estimated 677 kWhac. December typically has the lowest output (267 kWhac).[2]
The average amount of solar radition in Burns (measured monthly) is 34 percent higher than an area of the U.S. (Washington) with historically low levels of solar radiation.[2]
The average monthly solar radiation level in Burns, OR is 4.99 kilowatt hours per square meter per day(kWh/m2/day). See the chart below for monthly comparisons.[2]
→ Any solar value listed as 0 (zero) signifies temporarily missing data.
→ kWh/m2/day = kilowatt hours per square meter per day
The average monthly solar system output (AC) in Burns, OR is 6105 kilowatt hours (AC). See the visualization below for month-by-month averages in Burns.[2]
→ Any solar value listed as 0 (zero) signifies temporarily missing data.
→ kWhac = kilowatt hours (AC)
In the most recent month of natural gas data, July 2018, Burns's average rate of 15.10$/Mcf -- a difference of about -16% from the U.S. average of 17.88$/Mcf that month.[3]
On a year-over-year basis in Burns (OR), natural gas rates decreased about 2 percent -- from 15.42$/Mcf (July 2017) to 15.10$/Mcf (July 2018).[3]
In July 2017, the average electricity rate in Burns (Oregon) of 15.42$/Mcf -- a difference of about -14% from the United States average of 17.86$/Mcf that month.[3]
Average natural gas rates in Burns, OR in July 2018 were 15.10$/Mcf -- an estimated 16 percent less than that month's average U.S. rate of 17.88$/Mcf.[3]
→ Any gas rate value listed as 0 (zero) signifies temporarily missing data.
→ $/Mcf = dollars per thousand cubic feet
Comparison of Burns natural gas rates versus national average rates.[3]
→ Any gas rate value listed as 0 (zero) signifies temporarily missing data.
Electric companies providing service in or near Burns, OR.
Sorry, no local electric companies found.
Our search for electric companies located in Burns produced no matches.
Gas companies that offer service in or near Burns, OR.
Sorry, no local gas companies were found.
Our search for gas companies located in Burns produced no matches.
Builders that specialize in solar energy in or near Burns, OR.
Sorry, no local solar contractors were found.
Our search for solar contractors located in or near Burns produced no matches.
Solar and wind might get a lot more headlines right now, but hydropower is more than holding its own as an electricity source in the U.S.
Read More
The United States is maintaining its role as a leader of wind power production across the globe, the AWEA said in a recent report.
Read More
Last year was a record-breaking one for solar power generation in the U.S., and 2016 looks to have an even brighter future, the SEIA said.
Read More
Burns (OR) is a city in Harney County with an estimated population of 2,806.[4]
Subscribe to get the latest on energy delivered to your inbox, once per week.
For more information on energy in Burns, OR, or for additional resources regarding Burns energy, visit the EIA.
