Heat storm: Difference between revisions
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Normal hot [[temperatures]] cause [[electricity]] demand to increase during the peak summertime hours of 4 to 7 p.m. when [[air conditioners]] are straining to overcome the heat. If a hot spell extends to three days or more, however, nighttime temperatures do not cool down, and the [[thermal mass]] in homes and buildings retains the heat from previous days. This heat build-up causes air conditioners to turn on earlier and to stay on later in the day. As a result, available electricity supplies are challenged during a higher, wider, peak electricity consumption period. |
Normal hot [[temperatures]] cause [[electricity]] demand to increase during the peak summertime hours of 4 to 7 p.m. when [[air conditioners]] are straining to overcome the heat. If a hot spell extends to three days or more, however, nighttime temperatures do not cool down, and the [[thermal mass]] in homes and buildings retains the heat from previous days. This heat build-up causes air conditioners to turn on earlier and to stay on later in the day. As a result, available electricity supplies are challenged during a higher, wider, peak electricity consumption period. |
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[[Global warming]] is supposed to increase the frequency and severity of heat storms. |
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The term "heat storm" is generally unknown outside of [[California]], and even within the state the term '''heat wave''' is often used instead. |
The term "heat storm" is generally unknown outside of [[California]], and even within the state the term '''heat wave''' is often used instead. |
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Revision as of 17:20, 9 December 2009
A heat storm, as defined by the California Energy Commission, is what most would refer to as a heat wave. According to the commission website, heat storms occur when the temperature reaches 100°F (38°C) for three or more consecutive days over a wide area (tens of thousands of square miles).
Normal hot temperatures cause electricity demand to increase during the peak summertime hours of 4 to 7 p.m. when air conditioners are straining to overcome the heat. If a hot spell extends to three days or more, however, nighttime temperatures do not cool down, and the thermal mass in homes and buildings retains the heat from previous days. This heat build-up causes air conditioners to turn on earlier and to stay on later in the day. As a result, available electricity supplies are challenged during a higher, wider, peak electricity consumption period.
The term "heat storm" is generally unknown outside of California, and even within the state the term heat wave is often used instead.