@[email protected] to SelfhostedEnglish • 2 days agohow much power does your system need?message-square133fedilinkarrow-up1118arrow-down115file-text
arrow-up1103arrow-down1message-squarehow much power does your system need?@[email protected] to SelfhostedEnglish • 2 days agomessage-square133fedilinkfile-text
minus-square@[email protected]linkfedilinkEnglish28•edit-22 days agoI forgive 'em cuz watt hours are a disgusting unit in general idea what unit speed change in position over time meters per second m/s acceleration change in speed over time meters per second, per second m/s/s=m/s² force acceleration applied to each of unit of mass kg * m/s² work acceleration applied along a distance, which transfers energy kg * m/s² * m = kg * m²/s² power work over time kg * m² / s³ energy expenditure power level during units of time (kg * m² / s³) * s = kg * m²/s² Work over time, × time, is just work! kWh are just joules (J) with extra steps! Screw kWh, I will die on this hill!!! Raaah
minus-square@[email protected]linkfedilinkEnglish8•2 days agoCould be worse, could be BTU. And some people still use tons (of heating/cooling).
minus-square@[email protected]linkfedilinkEnglish2•edit-22 days agoPower over time could be interpreted as power/time. Power x time isn’t power, it’s energy (=== work). But otherwise I’m with you. Joules or gtfo.
I forgive 'em cuz watt hours are a disgusting unit in general
Work over time, × time, is just work! kWh are just joules (J) with extra steps! Screw kWh, I will die on this hill!!! Raaah
Could be worse, could be BTU. And some people still use tons (of heating/cooling).
Power over time could be interpreted as power/time. Power x time isn’t power, it’s energy (=== work). But otherwise I’m with you. Joules or gtfo.
Whoops, typo! Fixed c: