Not really. That was the case five years ago…much has been learned and fixed although there is probably more to do.Unless it's too hot, or too cold.
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Not really. That was the case five years ago…much has been learned and fixed although there is probably more to do.Unless it's too hot, or too cold.
Seems to be more: https://www.texastribune.org/2024/0...-power-outages-climate-change-infrastructure/Not really. That was the case five years ago…much has been learned and fixed although there is probably more to do.
When you read reports on what it takes to fully exploit nuclear, renewables, energy storage (batteries, hydro) etc., and to service energy sinks like EVs and data centers, they are all pretty much in agreement that we need a 2x or 3x increase in grid capacity, along with in general an increase in technology used (superconducting transmission, DC transmission, extremely high power electronics switching,...)Texas did and I think they have the most resilient grid in the country now....
Are you insane?Texas did and I think they have the most resilient grid in the country now....
The article refers to disruptions of electricity delivery due to weather related failures/damage. The too hot
Their proud go it alone approach to not integrating with the rest of the national grid is kind of dumb.The article refers to disruptions of electricity delivery due to weather related failures/damage. The too hot
/too cold reference is related to capacity to deliver over a nominal grid.
Rather than calling Chuck names, I'd like to ask how Texas has improved their grid, as in dollars, and actual completed infrastructure.
I have a buddy who works at the Western Area Power Administration (former SWO). He explained to me the uniquely isolated Texas grid and how it contributes to their past problems with reliability. I expect changing that would be extremely costly and time consuming.
A supergrid, analogous to the internet or the interstate highway system, that would allow any source in the country to sell power to any sink essentially instantaneously, would enable an incredible economy.
Maybe we're talking past each other but the "too cold" part was not solely due to delivery capacity, but was contributed to substantially by actual equipment failure due to a lack of winterization - i.e. the weather itself.The article refers to disruptions of electricity delivery due to weather related failures/damage. The too hot
/too cold reference is related to capacity to deliver over a nominal grid.
By having its own electric grid and pipelines within its state boundaries, it likely provides a measure of protection against federal government directives.Their proud go it alone approach to not integrating with the rest of the national grid is kind of dumb.
We end up with places with excess power capacity at the same time that Texas undergoes a severe windstorm followed by plummeting temperatures. The power is there to share, but the wires to share it aren't.
A supergrid, analogous to the internet or the interstate highway system, that would allow any source in the country to sell power to any sink essentially instantaneously, would enable an incredible economy.