@[email protected] to [email protected] • 8 months agoconsider the implications for a post scarcity futureslrpnk.netimagemessage-square375fedilinkarrow-up11.7Karrow-down173cross-posted to: aboringdystopia
arrow-up11.63Karrow-down1imageconsider the implications for a post scarcity futureslrpnk.net@[email protected] to [email protected] • 8 months agomessage-square375fedilinkcross-posted to: aboringdystopia
minus-square@[email protected]linkfedilink-5•8 months agoThat’s why I say low frequency is problem, but high is not as much.
minus-square@[email protected]linkfedilink4•8 months agoIt’s not just about frequency - though that is important for devices that synchronize using the grid. When your frequency is going up because of too much power so will voltage. Think about that for a minute.
minus-square@[email protected]linkfedilink2•8 months agoNot necessarily(see field windings), but higher voltage is indeed a problem
minus-square@[email protected]linkfedilink2•8 months agoNot everything on the grid is a motor. Even if it was you would still need to rebuild the motor to change field windings.
minus-squareKillingTimeItselflinkfedilinkEnglish3•8 months agosome clocks are bound to grid frequency. It’s the easiest most accessible way to clock time semi accurately.
That’s why I say low frequency is problem, but high is not as much.
It’s not just about frequency - though that is important for devices that synchronize using the grid. When your frequency is going up because of too much power so will voltage. Think about that for a minute.
Not necessarily(see field windings), but higher voltage is indeed a problem
Not everything on the grid is a motor. Even if it was you would still need to rebuild the motor to change field windings.
I don’t think you said why?
some clocks are bound to grid frequency. It’s the easiest most accessible way to clock time semi accurately.