:: PATENT N. 1196558/88
ALL PATENT APPLICATIONS
The above said systems (fig.1 and 2) - with high concentration
punctual parabolic concetrators, can have a great range of application
especially for the sectors where temperatures from 1000° K are needed,
particularly:
TO THERMOELECTRIC SOLAR SYSTEM PRODUCE ELECTRIC POWER:
(Fgg. 1-2) adopting:
- of the hybrid Stirling motor from 10 to 50 Kw el. and over;
- of fuel cells;
- of the "Reformer" for hydrogen production, combined with fuel cells
for the production of electric power.
The Stirling motor works with external heating, and in this particular instance, it can use as heat sources: solar energy and the energy produced by the combustion of a gas, so as to assure regular working to the system, either during passing clouds or after the sunset. The fuel cell is an electrochemical generator in which hydrogen and oxygen react and continuous electric power, water and heat are obtained from them.
THERMOHYDRAULIC SOLAR SYSTEM (fig.4) FOR THE PRODUCTION OF ELECTRIC POWER WITH:
- adopting: a termohydraulic circuit heater
- Rankine cycle motor the system works all day long because it's fed
by alternative sources, like biomasses, gas and oils. The hot fluid
obtained by these systems is used to move a steam turbine that connected
to the generator produces electric power.
The fluid - chiefly based of salts - can be stored up to 550°C and used in the absence of Sun. The afore said system, can also be used for the production of process heat for the chemical industry.
THERMOSOLAR SYSTEM FOR THE PRODUCTION OF HYDROGEN with
the adoption of the "Reformer" (fig 1-2). As it is well known the Reformer
is a chemical process with which it's possible to extract and purify
hydrocarbon hydrogen as: methane, methanol and other with modest emission
of CO2.
The hydrogen obtained is used in the fuel cells to produce electric power.
C.P.P. can also be used to realize:
ORIENTABLE OPTIC PARABOLOID RADIO THELESCOPE
The caracteristic licensed mechanic structure allows the adoption
of any high solution power diameter, to obtain a better captation of
electromagnetic waves coming from the far off cosmos. Actually the greatest
orientable paraboloid altazimutal mounting is
the one in Effelsberg (Germany) with a diameter of a 100 meters. The
planet punctuation occurs by a sophisticated computer that needs an expensive
running.
With the "equatorial mounting" structure proposed it's possible to realize
a 200 meters diameter paraboloid more reliable than the Effelsberg's one with
structure movement by a simple logic control system.
PARABOLIC ANTENNA FOR SATELLITE COMMUNICATIONS
It's suitable for a "service station by satellite" to satisfy the growing needs
in the telecommunication field.
