PerformanceSound
Well-Known Member
Phil, I tried wording it as “loosely” as possible because this forum (im sure) doesn’t want to dive in to the nitty gritty details of power quality….I mean, I’d rather discuss big turbos and 1/4 mile times than sine waves and quality of wiring and systems hehe. However, “let’s make every car an EV by 2030” is absolutely ridiculous and damn near impossible to own and operate in the US.Well although not well explained technically it's basically true. The electricity system needs to respond to loads and generators are brought on line and off line as part of that process for different hours of the day and different circumstances. So hot nights with everyone at home with their A/C's on is a different load profile on the system to middle of a cool day or weekend. It also needs the frequency held to fairly tight tolerances so the US works on 115 volts and 60HZ where here its 240/50. If the frequency goes wild then it's good by Irene to your electrically powered stuff. It's part of the reason that having renewables like solar fitted to houses and inputting energy back into the grid makes it hard to manage for the grid supplier.
The poster was just outlining some of the complications I think in delivering electricity to the average power outlet. In the background there's complex "stuff" going on.
Phil
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