The demand for electric power is continuous.
It therefore follows that the supply of electric power should also be
continuous and be capable of tracking demand.
Conventional (non-renewable) electric power supplies meet this
demand using base loads and peaker power generation units.
Renewable energy (solar and wind power) cannot always meet this demand directly,
which is an existential crisis for renewable energy.
Almost all renewable suppliers, either existing or proposed, solve this enigma
though reliance on conventional power as a backup. This is hardly green.
Free Energy follows a different road: we use green power backups only in
the form of green batteries. How we do this is discussed on the page
entitled "G % RULE".
It therefore follows that the supply of electric power should also be
continuous and be capable of tracking demand.
Conventional (non-renewable) electric power supplies meet this
demand using base loads and peaker power generation units.
Renewable energy (solar and wind power) cannot always meet this demand directly,
which is an existential crisis for renewable energy.
Almost all renewable suppliers, either existing or proposed, solve this enigma
though reliance on conventional power as a backup. This is hardly green.
Free Energy follows a different road: we use green power backups only in
the form of green batteries. How we do this is discussed on the page
entitled "G % RULE".