Just one thing, wind without batteries or some kind of balancing can actually be quite bad because you have to quickly turn on and off other power sources, which means they’re inefficient. My dad says (way back then) they actually found wind increased carbon production because they had to quickly turn on inefficient generators when the wind died down.
Maybe. My parents at that time were on time of use metering, but it was fixed time. For example the water heater was on a timer to turn on at 11pm when electric rates went down.
could they have figured out a networking technology for more dynamic time of use metering and response? Networking existed, as did integrated circuits
my parents also had thermal storage electric heat. That alone could have made a huge difference in balancing demand with supply
Put those two together and you could have dynamic demand response even without grid scale batteries
Just one thing, wind without batteries or some kind of balancing can actually be quite bad because you have to quickly turn on and off other power sources, which means they’re inefficient. My dad says (way back then) they actually found wind increased carbon production because they had to quickly turn on inefficient generators when the wind died down.
Maybe. My parents at that time were on time of use metering, but it was fixed time. For example the water heater was on a timer to turn on at 11pm when electric rates went down.
Put those two together and you could have dynamic demand response even without grid scale batteries