24-03-2016 дата публикации
Номер: US20160084534A1
Принадлежит:
An electrochemical compressor type heat pump system is described. An electrochemical compressor compresses a mixed gas refrigerant whereby heat from the compression can be used to heat an object. The electrochemical compressor is capable of producing high pressure gas from a mixed fluid system including an electrochemically-active component, such as hydrogen, and at least one refrigerant fluid, for example water. Any suitable proton associable compound, such as any suitable ionic or polar solvent compound, may be used in the mixed gas refrigerant. The electrochemical compressor may be configured in a hot water heater along with a secondary type heating source to produce a hybrid hot water heater. 1. A heating device comprising: [ 1. an anode;', '2. a cathode;', '3. a cation exchange membrane located between the node and cathode;, 'i. a membrane electrode assembly comprising, 'ii. a working fluid inlet coupled with said anode;', 'iii. a working fluid outlet coupled with said cathode;', 'iv. a power supply coupled with said anode and said cathode to provide electrical current to said electrochemical compressor;, 'a. an electrochemical compressor configured to elevate the temperature of a working fluid, comprisingb. a condenser coupled with said working fluid outlet, wherein the working fluid is transferred from the anode to the cathode where it is condensed in the condenser thereby increasing the temperature of the working fluid.2. The heating device of claim 1 , wherein a conduit couples the working fluid outlet with the working fluid inlet to create a closed loop system for the working fluid.3. The heating device of wherein the working fluid comprises low molecular weight alcohol.4. The heating device of claim 3 , wherein in the low molecular weight alcohol is methanol.5. The heating device of claim 1 , wherein the working fluid comprises water.6. The heating device of claim 1 , wherein the working fluid comprises ammonia.7. The heating device of claim 1 , wherein ...
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