Posted earlier.
>
> The volume about 1.0 CFM @ 3 PSIG for 2 kilowatt hours requires a Solar Box with a least 1800
> cubic feet of air at 200 F @ 3.0 PSIG per /KW-HR.
>
> The Solar Box can be an enclosed pit loaded with coarse gravel with a ballasted-sealed floating
> "solar lid" so that a quasi-steady gas pressure of ~ 3 PSIG can be valved from the pits through
> piping to the Bladeless Hot Gas Turbine to maintain continuous air flow.
> cubic feet of air at 200 F @ 3.0 PSIG per /KW-HR.
>
> The Solar Box can be an enclosed pit loaded with coarse gravel with a ballasted-sealed floating
> "solar lid" so that a quasi-steady gas pressure of ~ 3 PSIG can be valved from the pits through
> piping to the Bladeless Hot Gas Turbine to maintain continuous air flow.
>
Too complicated.
Borrowing from externally-fired gas turbine (jet engine) technology, part of the power generated
can be connected to an electric motor running an air compressor feeding the
Solar Box with 3 psi ambient air.
Sorry about that.
Frederick
