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The US state of Louisiana had the highest annual electricity purchases per residential customer at 14,774 kWh and the US state of Hawaii had the lowest at 6,178 kWh per residential customer. [1] As of 2008, in an average household in a temperate climate, the yearly use of household energy is comprised as follows:
In 2006, renewable energy revenues in Ohio were $775 million, creating 6,615 jobs. [56] In 2008, the Ohio legislature unanimously passed, and Governor Ted Strickland signed into law, Senate Bill 221 requiring 12.5% of Ohio's energy be generated from renewable sources by 2025. [57]
Carbon emissions per capita, 2020 Carbon emissions per 1000 square miles, 2020. This is a list of U.S. states and territories by carbon dioxide emissions for energy use, [1] [2] as well as per capita [3] [4] and by area. [5] The state with the highest total carbon dioxide emissions is Texas and the lowest is Vermont.
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Average residential electricity consumption in the U.S. was 936 kWh/month per in 2007, and the average bill was US$100/month. Average residential consumption varies considerably between states from 530 kWh/month in Maine to 1,344 kWh/month in Tennessee. Factors that influence residential energy consumption are climate, tariffs and efforts to ...
The state with the lowest per capita energy use is Rhode Island, at 161 million BTU per year, and the highest is Louisiana, at 908 million BTU per year. Energy use and prices often have an inverse relationship; Hawaii uses some of the least energy per capita but pays the highest price on average, while Louisiana pays the least on average. [75]
The Ohio House passed House Bill 308, 87-10, to label nuclear energy as green energy. Proponents of nuclear energy say it's a cleaner alternative to fossil fuels, which emit carbon dioxide and ...
The first part of rating consists reports on water consumption, energy consumption and GHGs emission per year, which are compared against a standard building of same type on a scale ranging from A1-C5. Second part of the system, proposes the different possible ways for saving of energy and water consumption with respect to the cost involved