초록 ▼

A device for heating, generating electric power and cooling enclosed spaces, which is connected to at least one closed-circuit pipe which acts by thermal radiation and comprises at least one turbine or microturbine of the axial or tangential type or of the type that merges into the closed-circuit pi

A device for heating, generating electric power and cooling enclosed spaces, which is connected to at least one closed-circuit pipe which acts by thermal radiation and comprises at least one turbine or microturbine of the axial or tangential type or of the type that merges into the closed-circuit pipe, placed in partial vacuum by means of a first fan. An alternator for generating electric power and elements for feeding the power to the grid or to user devices, and an absorber for generating cool air or refrigerated water, are connected to the turbine or microturbine.

대표청구항 ▼

1. A device for heating, generating electric power and cooling enclosed spaces comprising: a pipe having a delivery duct and a return duct defining a closed circuit configured to heat an enclosed space;a container or monobloc unit coupled to said pipe; at least one turbine or microturbine disposed w

1. A device for heating, generating electric power and cooling enclosed spaces comprising: a pipe having a delivery duct and a return duct defining a closed circuit configured to heat an enclosed space;a container or monobloc unit coupled to said pipe; at least one turbine or microturbine disposed within said container or monobloc unit, said at least one turbine or microturbine having a shaft operatively coupled to a compressor and a discharge of burnt gases that is parallel or at a right angle in relation to said shaft;a fan fluidly connected to said return duct, said fan providing at least some vacuum in said pipe;a first chamber extending from said at least one turbine or microturbine into said delivery duct;a second chamber fluidly disposed coaxially with the first chamber, said fan being fluidly connected with said second chamber to feed therein the burnt gases received from said return duct;a recovery unit disposed within said container or monobloc unit, said compressor feeding a gas to said recovery unit, said at least one turbine or microturbine feeding the burnt gases from said at least one turbine or microturbine to said recovery unit such to cause a heat exchange with the gas from said compressor, said recovery unit conveying the burnt gases from said at least one turbine or microturbine into said first chamber;an alternator for generating electric power;means for feeding said power to a grid or to user devices; andan absorber for generating cool air or refrigerated water connected to said at least one turbine or microturbine,wherein said first chamber and said second chamber are in fluid communication with said delivery duct, causing therein a mixing of the burnt gases from said at least one turbine or microturbine and the burnt gases from said return duct,wherein the absorber is provided inside said container or monobloc unit to cool said enclosed space, andwherein said absorber draws, through one of at least seven gate valves, burnt gases that arrive from said at least one turbine or microturbine, whose heat operates absorption refrigeration machines producing cooling air or water which is conveyed at delivery of said pipe downstream of a gate valve adjacent to said first chamber and is further conveyed into the enclosed space with diffusers which are connected to said pipe with interposition of gate valves. 2. The device of claim 1, wherein said recovery unit conveys the burnt gases from said at least one turbine or microturbine into said first chamber through a first gate valve. 3. The device of claim 1, wherein said at least one turbine or microturbine has said discharge of the burnt gases parallel in relation to said shaft, and wherein said shaft is disposed actually with said first chamber and said delivery duct. 4. The device of claim 3, wherein the at least one turbine or microturbine comprises two or more turbines or microturbines having respective discharges of the burnt gases that are parallel one to the other and fluidly connected to connected to said pipe. 5. The device of claim 3, wherein the at least one turbine or microturbine comprises three or more turbines or microturbines having respective discharges of the burnt gases that fluidly connect to said pipe. 6. The device of claim 1, wherein an alternator, and a rotary machine which converts mechanical energy into AC electric power to be fed to a grid or to be used in the enclosed space, is connected to said at least one turbine or microturbine. 7. The device of claim 1, wherein said at least one turbine or microturbine is provided with a preheater for heating the combustion air which is suitable to increase efficiency. 8. The device of claim 1, wherein said at least one turbine or microturbine generates a transfer fluid which comprises combustion products, and which is introduced axially into said pipe of said closed circuit. 9. The device of claim 1, wherein said at least one turbine or microturbine and said absorber are provided in individual modular units, which can be installed on a ground, on a ceiling and on a wall in the circuit. 10. The device of claim 1, wherein one or more of combustion gases or flames of one or more burners converge at said first chamber. 11. The device of claim 10, wherein said one or more burners are forced-draft, induction, or Venturi burners and operate by simple mixing or fuel conveyance. 12. The device of claim 1, wherein said at least one turbine or microturbine has the discharge of the burnt gases disposed at the right angle in relation to said shaft.