- #1
andylim
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I stumbled upon this and have some doubts. First let me explain what is Earth Hour
On 31 March 2007, 2.2 million people and 2100 Sydney businesses turned off their lights for one hour – Earth Hour
and they are planning another one in 2008
http://www.earthhour.org/"
I understand the message that they are trying to get out to people, and I do support the idea that we should be more conscious about our energy consumption.
my question is, if a substantial part of the population actually takes part (say 80+%). Will the initial fluctuations cause any grid failures?
from my limited understanding, some power plants, nuclear for example have to be constantly running at full capacity? Won't the surplus energy generated be wasted?
And another thing, once the hour is up, the power stations would have to be restarted and it would be like a blackstart (after a power outage) and its more difficult due to all the reactive loads attempting to draw power?
The professionals at the utility companies should be able to solve these problems cause they are paid for it. But imagine if the utility companies were unaware and thus unprepared for it?!
note: this are all assumptions based on my crash course on Electric power transmission from Wikipedia :) So feel free to correct me wherever
On 31 March 2007, 2.2 million people and 2100 Sydney businesses turned off their lights for one hour – Earth Hour
and they are planning another one in 2008
http://www.earthhour.org/"
I understand the message that they are trying to get out to people, and I do support the idea that we should be more conscious about our energy consumption.
my question is, if a substantial part of the population actually takes part (say 80+%). Will the initial fluctuations cause any grid failures?
from my limited understanding, some power plants, nuclear for example have to be constantly running at full capacity? Won't the surplus energy generated be wasted?
And another thing, once the hour is up, the power stations would have to be restarted and it would be like a blackstart (after a power outage) and its more difficult due to all the reactive loads attempting to draw power?
The professionals at the utility companies should be able to solve these problems cause they are paid for it. But imagine if the utility companies were unaware and thus unprepared for it?!
note: this are all assumptions based on my crash course on Electric power transmission from Wikipedia :) So feel free to correct me wherever
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