In countries like Germany, balcony-mounted solar panels are all the rage. But from breaker-masking to voltage mismatches, America’s grid isn’t ready for it—yet.
I love how you address only 1/3 of the items I brought up!
I have 0% loss on my house (except for the inverter losses, which the solar farms would incur as well). With 0 trees blocking anything.
Upkeeping massive transmission lines isn’t free. Adapting solar to the current grid also isn’t free and lossless. Transformers on the road to bring down voltage are a 1-2% loss on their own.
Massive fields of solar has upkeep/environmental costs as well.
If you choose to misconstrue me bringing up valid points as to why we should also be installing solar on buildings as an argument to never install solar farms… that’s up to you. But there is value to putting production as close to load as possible.
I love how you address only 1/3 of the items I brought up!
I have 0% loss on my house (except for the inverter losses, which the solar farms would incur as well). With 0 trees blocking anything.
Upkeeping massive transmission lines isn’t free. Adapting solar to the current grid also isn’t free and lossless. Transformers on the road to bring down voltage are a 1-2% loss on their own.
Massive fields of solar has upkeep/environmental costs as well.
If you choose to misconstrue me bringing up valid points as to why we should also be installing solar on buildings as an argument to never install solar farms… that’s up to you. But there is value to putting production as close to load as possible.