Sinbad
Honorary Master
- Joined
- Jun 5, 2006
- Messages
- 88,724
- Reaction score
- 41,269
I'm sure that battery storage is having an effect.
During power-off periods, people are still consuming the same or similar number of kwh from their batteries as they would have from the grid.
When their power comes back, they need to pull those kwhs back from the grid to charge their batteries. Their net energy consumption has not been affected by the loadshedding, but their peak consumption has been time-shifted (to after the load shedding slot) and probably also increased (I drained batteries at 700w and charged them at 4KW...)
So my 700w steady state consumption has changed to zero for the load shedding period, then multiplied by 6 for the first hour or two post loadshedding.
You can't tell me that this, multiplied by how many thousands of battery/inverter systems are out there, has no effect on peaks.
During power-off periods, people are still consuming the same or similar number of kwh from their batteries as they would have from the grid.
When their power comes back, they need to pull those kwhs back from the grid to charge their batteries. Their net energy consumption has not been affected by the loadshedding, but their peak consumption has been time-shifted (to after the load shedding slot) and probably also increased (I drained batteries at 700w and charged them at 4KW...)
So my 700w steady state consumption has changed to zero for the load shedding period, then multiplied by 6 for the first hour or two post loadshedding.
You can't tell me that this, multiplied by how many thousands of battery/inverter systems are out there, has no effect on peaks.