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One thing missing from this article is demand response: "It matters, researchers say, because cooling has a direct relationship with the building of coal-fired
by dmritard96 9y ago
One thing missing from this article is demand response:
"It matters, researchers say, because cooling has a direct relationship with the building of coal-fired power plants to meet peak demand. If more air-conditioners are humming in more homes and offices, then more capacity will be required to meet the demand. So 1.6 billion new air-conditioners by 2050 means thousands of new power plants will have to come on line to support them."
We https://flair.co https://flair.co offer demand response tech for minisplit control that can help prevent having to build all the 'peaker plants'. This gets extra interesting when you add intermittent supply (solar/wind) and grid tied storage (Tesla has been making big pushes here among others). Hopefully, we are able to scale these up in parallel to prevent a bunch of coal fired plants from being built for the 1-3% of the year with the hottest days.
- dv_dt 9y ago> "So 1.6 billion new air-conditioners by 2050 means thousands of new power plants will have to come on line to support them." Or not, where California has brought enough solar power online to the point that during peak times it has to pay to offload power to other states because some natural gas operators can't (won't?) shutdown...
- dmritard96 9y agoA big part is also demand response in California, for instance, why PG&E was subsidizing smart thermostats. They can adjust all the setpoints and in aggregate reduce the compressor cycling. to 'chop' the peak down on really hot days.
- philippnagel 9y agotado offers something similar: https://www.tado.com/ https://www.tado.com/.