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Title:
DEVICE AND METHOD FOR CONVERTING POWER AS WELL AS REFRIGERATING, HEATING AND GENERATING ELECTRICITY USING LOW-TEMPERATURE HEAT ENERGY
Document Type and Number:
WIPO Patent Application WO/2019/075649
Kind Code:
A1
Abstract:
Disclosed are a device and method for converting power as well as refrigerating, heating and generating electricity using low-temperature heat energy, wherein the same belong to the technical field of new energy resources, and particularly relate to a new energy conversion technology. For the disadvantages of the prior art, by combining the advantages of refrigeration and circulation technology, steam electricity generation technology and vortex tube cold and hot gas diversion technology, low-temperature heat energy in the sunshine, the air and liquid substances such as water is absorbed through a low-boiling point working medium to serve as an energy source and is converted into mechanical energy and electric energy with refrigeration and heating output at the same time, and dead steam from the system is subjected to cold-hot diversion and low-temperature condensation. The device and method effectively reduce the pressure and temperature in the condensation of the dead steam during system circulation and improve the efficiency of the energy conversion of the system. The technical device and method use a pure physical method with zero emission and zero pollution, and are not only applicable to the technical field of refrigeration such as heating ventilation air conditioning, but can also be used for providing power for an electricity generation device, a vehicle, a ship, etc., and heat energy in the sunshine, the air and the liquid medium such as water can be more effectively converted and utilized.

Inventors:
WANG JINBAO (CN)
Application Number:
PCT/CN2017/106617
Publication Date:
April 25, 2019
Filing Date:
October 18, 2017
Export Citation:
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Assignee:
WANG JINBAO (CN)
International Classes:
F25B25/00; F01K25/10; F25B9/04
Domestic Patent References:
WO2008134283A22008-11-06
Foreign References:
CN107525302A2017-12-29
CN206989499U2018-02-09
CN104196583A2014-12-10
CN204987534U2016-01-20
CN103711535A2014-04-09
CN106969537A2017-07-21
CN105114266A2015-12-02
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