@Critical_Insight@feddit.uk to Mildly Infuriating@lemmy.worldEnglish • edit-26 months agoPrice of electricity in Finland peaks at 2.35€/kWh today. Keeping my tiny granny cottage warm costs me over 50 euros for a single day. It's negative 25C (-13F) outside.i.imgur.comimagemessage-square252fedilinkarrow-up1795arrow-down112file-text
arrow-up1783arrow-down1imagePrice of electricity in Finland peaks at 2.35€/kWh today. Keeping my tiny granny cottage warm costs me over 50 euros for a single day. It's negative 25C (-13F) outside.i.imgur.com@Critical_Insight@feddit.uk to Mildly Infuriating@lemmy.worldEnglish • edit-26 months agomessage-square252fedilinkfile-text
That massive spike of 50c/kWh at the left looks tiny compared to today even though that’s already insanely expensive
minus-square@Nollij@sopuli.xyzlinkfedilinkEnglish4•6 months agoSo given that most gas furnaces (at least in the US) operate at 90-95% efficiency, does that mean 20 kWh of resistive electric heat (as measured on the bill) provides similar heat to ~11 kWh of gas?
minus-square@MangoPenguin@lemmy.blahaj.zonelinkfedilinkEnglish2•6 months agoIt would equal about 22kWh of gas, since gas isn’t 100% efficient like electric heat is.
minus-square@Knock_Knock_Lemmy_In@lemmy.worldlinkfedilinkEnglish1•6 months agoAh. 50% efficency to turn gas into electricity. If you are just making heat then burning gas directly is much better.
So given that most gas furnaces (at least in the US) operate at 90-95% efficiency, does that mean 20 kWh of resistive electric heat (as measured on the bill) provides similar heat to ~11 kWh of gas?
It would equal about 22kWh of gas, since gas isn’t 100% efficient like electric heat is.
Ah. 50% efficency to turn gas into electricity.
If you are just making heat then burning gas directly is much better.