There is the competent kind somewhere? Please say more.Sounds like incompetent management.
There is the competent kind somewhere? Please say more.Sounds like incompetent management.
The joke is on the consumers that are having their income stolen by the thieves.Another expensive joke not ready for prime time.
Exactly.This is a design spec issue, not a fault of "green energy".
Or, are allowed to have a second car.Wind power is like a corvette. There awesome assuming you can afford a second car as well.
Actually that was not an issue!IIRC they learned the shortcomings of both wind and solar power.
In Colorado Springs we shut down coal plant 2 years ago. 5 gas burners installed for emergency.It is true that many forms of energy generation must make adjustments to produce power in extreme low temps. However, there's a difference between "making adjustments" (such as using thinner greases, adding heaters, etc) and just "shutting down".
In this story, there's no mitigation to the issue once it drops below -30C, the way I understand the issue. The blades and tower structure get so brittle that continued use risks destruction from vibratory effects. Hence, the system is flat out useless past a certain point of being too cold.
With other forms of power generation (i.e. coal and gas), they may have to operate at a reduced level, but they are not just "shut down" at temp "-X". Gas, in particular, does really well because there are no conveyor belts to freeze, blower chutes to clog, etc. as is the case with coal. About the only thing you have to worry about with gas fired power generation is moisture condensation in the extreme low temps, and some heaters and good condensate traps can deal with that.
True, some might call it a bigger joke, others a sin.The joke is on the consumers that are having their income stolen by the thieves.
Actually, wind performs the best during moderate temperatures. During both extreme heat and extreme cold, it's not windy, so wind generation disappears.They help power all the air conditioners in the summer, but that’s not a survival issue like -39 C is.
Contrarily, it not being windy during an extreme cold event isn't a design spec issue. While the turbines were shutdown when temperatures got extremely low, they weren't producing much before that. The same thing happens when it's extremely hot.This is a design spec issue, not a fault of "green energy".
It is true that many forms of energy generation must make adjustments to produce power in extreme low temps. However, there's a difference between "making adjustments" (such as using thinner greases, adding heaters, etc) and just "shutting down".
In this story, there's no mitigation to the issue once it drops below -30C, the way I understand the issue. The blades and tower structure get so brittle that continued use risks destruction from vibratory effects. Hence, the system is flat out useless past a certain point of being too cold.
With other forms of power generation (i.e. coal and gas), they may have to operate at a reduced level, but they are not just "shut down" at temp "-X". Gas, in particular, does really well because there are no conveyor belts to freeze, blower chutes to clog, etc. as is the case with coal. About the only thing you have to worry about with gas fired power generation is moisture condensation in the extreme low temps, and some heaters and good condensate traps can deal with that.
That’s true. I suppose that wind turbines aren’t all that useful at either temperature extreme. Solar would be useful on those hot summer days.Actually, wind performs the best during moderate temperatures. During both extreme heat and extreme cold, it's not windy, so wind generation disappears.
Only if coupled with storage...just when you want the AC on and dinner in the oven, the sun goes away for a while.That’s true. I suppose that wind turbines aren’t all that useful at either temperature extreme. Solar would be useful on those hot summer days.
Texas is the perfect Example. How many times in a lifetime are you likely to see those conditions?
So a quick search shows electricity in TX is on average $0.1136/kwh and Wisconsin is $0.1428. So do you think the average Texan would be willing to spend 25.7% more all the time on electricity so the power doesn't go out once every 8 to 14 years?Every 8-14 years, last few times could set a clock by it.
Wisconsin gets worse conditions every year and has few issues and generally our houses, electricity and municipal water is cheaper despite being built to a reasonable standard.