My old housemates were the opposite lol. We tried saving every penny on heating costs. In the winter, we taped the windows over with cardboard for better insulation (they are old single-pane windows), and fashioned an automatic door closer from an elastic cord to keep the door into the living room shut (our “warm zone”). Instead of using gas heating, we mined ETH with our gaming PC’s (this was before ethereum went proof-of-stake). Between the three of us, the total energy output was close to 2kW, so totally viable for keeping the living room warm. Pretty sure we ended up earning money from heating the house lol.
I mean that’s just the theoretical power from adding up all of the PSU ratings. Actual power is less, since it’s just the video cards working, optimized for hashes per watt (i.e. not maximum power), and most of the time it would be two or one computer running, since the others would be away from their desk or playing games or doing something important
My old housemates were the opposite lol. We tried saving every penny on heating costs. In the winter, we taped the windows over with cardboard for better insulation (they are old single-pane windows), and fashioned an automatic door closer from an elastic cord to keep the door into the living room shut (our “warm zone”). Instead of using gas heating, we mined ETH with our gaming PC’s (this was before ethereum went proof-of-stake). Between the three of us, the total energy output was close to 2kW, so totally viable for keeping the living room warm. Pretty sure we ended up earning money from heating the house lol.
2 kW is a ton of power required to keep a single room warm assuming you ran that continuously.
I mean that’s just the theoretical power from adding up all of the PSU ratings. Actual power is less, since it’s just the video cards working, optimized for hashes per watt (i.e. not maximum power), and most of the time it would be two or one computer running, since the others would be away from their desk or playing games or doing something important