A grid operator might look at this and be quite happy with the implications of an oversized unit - lower peak demand and relatively higher off-peak demand. Perfect!
So the incentives for consumers and grid operators don't align here generally speaking.
A grid operator might look at this and be quite happy with the implications of an oversized unit - lower peak demand and relatively higher off-peak demand. Perfect!
So the incentives for consumers and grid operators don't align here generally speaking.
Why don't people just oversize with an 18kW unit so peak heating needs can be met w/o addtl sources?
Bc most of heating happens in milder weather, where lower demand -> inverter cycling -> higher bills.
Why don't people just oversize with an 18kW unit so peak heating needs can be met w/o addtl sources?
Bc most of heating happens in milder weather, where lower demand -> inverter cycling -> higher bills.
A regular good A2W can hold a COP of >2 down to -20'C. But, there is a catch - the maximum thermal power (WG) goes down. So if we expected to get the nominal power at -20'C, we would need to supplement w/ an additional heat source - if that's electricity,
A regular good A2W can hold a COP of >2 down to -20'C. But, there is a catch - the maximum thermal power (WG) goes down. So if we expected to get the nominal power at -20'C, we would need to supplement w/ an additional heat source - if that's electricity,
E.g. could first-aid eyewashes capable of neutralizing both acids and bases work better?
E.g. could first-aid eyewashes capable of neutralizing both acids and bases work better?