| Rate Schedule |
Average cents per kilowatthour
(2010) |
| Residential | 25.47 |
| "P" Large power use businesses | 20.09 |
| "J" Medium power use businesses | 22.27 |
| "G" Smaller power use businesses | 26.87 |
| "H" Commercial cooking, heating, air conditioning & refrigeration | 22.55 |
| "F" Street and Park Lighting | 23.49 |
That means the it costs 20.09 cents per kilowatt hour to power the buildings, which are on all day.
All Sectors
|
Residential
|
Commercial
|
Industrial
| |||||
Rank
|
State
|
Price
|
Rank
|
Price
|
Rank
|
Price
|
Rank
|
Price
|
| 1 | Hawaii | 18.73 | 1 | 21.48 | 1 | 19.2 | 1 | 15.99 |
This chart (above) was how much electricity costed in 2005. Even in 2005, our state was the number one ranking state in having the highest cost of electricity. Notice how much higher the prices have gotten in just five years? Now that it is 2012, i'm pretty sure the cost has gone up higher. Since our school is big, it pays a lot of money to use electricity. Leaving the lights on does not help our school save money in any way. What we hope to accomplish through this project may not show immediate results, but it will in the future if it is kept up. I think what we are trying to do for this Physics project is a good thing. I hope we can accomplish it. This ends yet another random blog post.
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