I don’t know if storage is more efficient at point of consumption or point of generation. Aggregated storage has more options than a device with a battery. Sending power through a grid has plenty of losses too. Of course it’s logical to use power when it’s in surplus.
I don’t know if storage is more efficient at point of consumption or point of generation
Some time in the recent past or very near future, an incremental addition of capacity became more resource intensive than incremental new generation and battery.
So the ideal is actually have some at both, because this minimises the most wasteful part allowing transmission to run at average rather than peak generation or consumption.
It’s still better to incur mild inconvenience and eliminate storage and transmission for many applications though.
It’s not all or nothing. Running the 200MW industrial drying machine when it’s sunny doesn’t mean you can’t have a battery for your 20W CPAP.
I don’t know if storage is more efficient at point of consumption or point of generation. Aggregated storage has more options than a device with a battery. Sending power through a grid has plenty of losses too. Of course it’s logical to use power when it’s in surplus.
Some time in the recent past or very near future, an incremental addition of capacity became more resource intensive than incremental new generation and battery.
So the ideal is actually have some at both, because this minimises the most wasteful part allowing transmission to run at average rather than peak generation or consumption.
It’s still better to incur mild inconvenience and eliminate storage and transmission for many applications though.