Yeah, it was basically like me running a ~400 watt heater. It’s not a ton, but it’s also not nothing. Even when I did use resistive electric heaters, I still kept it going because it still contributed. 15A 120v circuits, ~1500w heaters are the norm. At the time I did that I was also running Dual Xeons; so, full system draw was in the ballpark of ~600w. At the time, it was cheaper-than-free heat, so why not, even if just supplemental.
Of course, now that doesn’t work at all; always a loss. But still: It’s a heater that does some limited good while also heating. The electricity is the same anyways… May as well push it through some logic gates before warming my room.
100% efficient. (of course, heat pumps can go over 100%… But as far as resistive heating goes, it’s not like a GPU is any worse then a space heater… Watts are watts)
Yeah, it was basically like me running a ~400 watt heater. It’s not a ton, but it’s also not nothing. Even when I did use resistive electric heaters, I still kept it going because it still contributed. 15A 120v circuits, ~1500w heaters are the norm. At the time I did that I was also running Dual Xeons; so, full system draw was in the ballpark of ~600w. At the time, it was cheaper-than-free heat, so why not, even if just supplemental.
Of course, now that doesn’t work at all; always a loss. But still: It’s a heater that does some limited good while also heating. The electricity is the same anyways… May as well push it through some logic gates before warming my room.
100% efficient. (of course, heat pumps can go over 100%… But as far as resistive heating goes, it’s not like a GPU is any worse then a space heater… Watts are watts)