3 ms·
Fridges are a huge opportunity - they could easily monitor the frequency of the mains supply and turn the pump off whenever load drops under 50hz. Users would
by adwww 6y ago
Fridges are a huge opportunity - they could easily monitor the frequency of the mains supply and turn the pump off whenever load drops under 50hz.
Users would never even know, if they were factory wired with this kit the lights and any gadgets could continue to work.
Perhaps this should be something manufacturers have to include in order to get their A+++ energy rating.
- gdudeman 6y agoThere are lots of interesting things like this right now. For instance, there is work on hot water heaters that can store excess energy by heating water hotter when electricity is cheap and then mixing with cold water to maintain a constant temp throughout the day / night.
- natmaka 6y agoSee also "smart grid" ( https://fr.wikipedia.org/wiki/Smart_grid https://fr.wikipedia.org/wiki/Smart_grid ) and "vehicle to grid" ( https://en.wikipedia.org/wiki/Vehicle-to-grid https://en.wikipedia.org/wiki/Vehicle-to-grid )
- londons_explore 6y agoUsing the grid frequency as a price signal seems to make perfect sense. A mapping table can be published of frequency to market price, and updated periodically. The prices for outer extremes of allowable system frequency should be "+Infinity" and "-Infinity" so there is never a situation that someone let's the grid frequency go outside allowable bounds for business reasons. Then home users can use devices with very basic built in electronics to save money or even earn money on electricity bills.
- rleigh 6y agoIt makes sense as a concept. In practice, it may lead to very unfortunate feedback effects if deployed at scale.
- sbierwagen 6y agoUse low-precision frequency references, then. At scale it'll smear out the demand spike.
- londons_explore 6y agoExcept it's negative feedback... Which increases system stability.
- NicoJuicy 6y agoYou still need to centralize this though.