#3753
Rematog
Participant

Aeronaut,

The reason I started the post was to point out, with the cooling system as an example, that a FF power module would need significant “external” or site costs, even (or especially) in a distributed application. There seemed, to me, to be a tendency on the board to assume that you would be able to buy a 5 MW Module for the claimed $500k and that would be the full cost of the installation. My point was that the full cost would be greatly more when you included land, foundations, roads, security, controls, power in/out, cooling, freight, etc.

You are right, that a FF unit could provide usable heat. In fact I’ve posted that one use of FF would be a specially designed FF “Boiler” with no X-ray to electric power conversion. The X-ray’s could be captured by a heat sink that would convert the X-ray’s energy into higher temperature heat, for uses such as process steam for use in an industrial plant. If I understand the energy balance, the ion beam would provide almost breakeven power. Note that I not talking about FF in a commerical/residential heating role, but in that of providing heat in an industrial setting that would not be near population centers. I steadfastly maintain that distrubuted applications will be further down the road (20+ years to my mind) then is commonly thought by this board.