Ok so as a indicative figure, my air-conditioned three bedroom home in Australia uses about 20kWh a day in the hottest part of the year, which multiplies out to about 0.6 MWh a month.
I wouldn’t expect the average Chinese home to use more than that, because that’s getting on the higher end of average usage in Australia and our homes are full of energy gobbling gadgets.
1 MWh/mo is not out of the ordinary for an American home. The average is 0.87 MWh/mo. Inefficient appliances, bigger houses, and poor insulation are big factors. Of course, that’s America, not China.
I mean maybe, it’s just a back of napkin calculation i didnt spend more than a 5s search, think of it as a lower bound I guess. I don’t think my conclusion really changes if it’s 40% vs 20%, point is that it’s more than enough to power peak usage. I tried digging a bit more but couldn’t find anything that contradicted or confirmed it. Here in Canada 1MWh per month is typical for an electrified house (ie electric heating, cooling and stovetop), but our houses are big, our electricity generally cheap and our climate different.
Wikipedia lists avg consumption per capita for China as 5MWh/person/yr, half that of the US, Canada and Australia but that doesn’t take into account household size which imagine is higher in china. Also worth noting China has been adopting evs relatively quick and they generally take a huge amount of power.
Yeah that’s about what I had figured too, 400-600 kWh/mo per house during summer. Double that is more likely to be estimated capacity rather than actual use.
Ok so as a indicative figure, my air-conditioned three bedroom home in Australia uses about 20kWh a day in the hottest part of the year, which multiplies out to about 0.6 MWh a month.
I wouldn’t expect the average Chinese home to use more than that, because that’s getting on the higher end of average usage in Australia and our homes are full of energy gobbling gadgets.
1 MWh/mo is not out of the ordinary for an American home. The average is 0.87 MWh/mo. Inefficient appliances, bigger houses, and poor insulation are big factors. Of course, that’s America, not China.
I mean maybe, it’s just a back of napkin calculation i didnt spend more than a 5s search, think of it as a lower bound I guess. I don’t think my conclusion really changes if it’s 40% vs 20%, point is that it’s more than enough to power peak usage. I tried digging a bit more but couldn’t find anything that contradicted or confirmed it. Here in Canada 1MWh per month is typical for an electrified house (ie electric heating, cooling and stovetop), but our houses are big, our electricity generally cheap and our climate different.
Wikipedia lists avg consumption per capita for China as 5MWh/person/yr, half that of the US, Canada and Australia but that doesn’t take into account household size which imagine is higher in china. Also worth noting China has been adopting evs relatively quick and they generally take a huge amount of power.
Yeah that’s about what I had figured too, 400-600 kWh/mo per house during summer. Double that is more likely to be estimated capacity rather than actual use.