Supercharged three-phase absorbing type energy storage device
An absorption energy storage, three-phase technology, applied in the direction of adsorption machines, energy industry, heat storage equipment, etc., can solve the problems of affecting the absorption effect, inability to absorb, large pressure loss, etc., to improve efficiency and energy storage density, The significance of significant energy saving and emission reduction, the effect of increasing the heating temperature
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[0020] Example 1: Non-pressurization process such as image 3 shown
[0021] The schematic diagram of the conventional energy storage or energy release process is as follows image 3 As shown, the isolation valve 20 and the bypass valve 19 are opened, shorting the booster 16 and the reversing valve 17 .
[0022] When storing energy, the solution 6 from the bottom of the solution tank 2 is sprayed onto the generator by the solution pump 12 through the solution circuit 13 and the solution spraying device 14 . The solution 6 desorbs the refrigerant vapor under the heating of the external driving heat source. The refrigerant vapor passes through the refrigerant vapor pipeline 15 and enters the condenser to condense. The condensed refrigerant is stored in the liquid form at the bottom of the refrigerant tank 1, and desorbs The last concentrated solution is stored at the bottom of the solution tank 2 . When the solution is continuously concentrated, the solute will be precipitate...
Example Embodiment
[0025] Example 2: The process of boosting energy storage is as follows Figure 4 shown
[0026] The process of boosting energy storage such as Figure 4As shown, open the isolation valve 20, close the bypass valve 19, the first heat exchanger 3 is used as a condenser, and the second heat exchanger 4 is used as a generator; the port a of the reversing valve 17 is connected to the refrigerant tank 1, The b port of the reversing valve 17 is connected to the air outlet of the supercharger 16, the c port of the reversing valve 17 is connected to the solution tank 2; the d port of the reversing valve 17 is connected to the air inlet of the supercharger 16; The a port of the valve 17 communicates with the b port, and the c port communicates with the d port.
[0027] The solution 6 from the bottom of the solution tank 2 is sprayed onto the generator by the solution pump 12 through the solution circuit 13 and the solution spray device 14 . The solution 6 desorbs the refrigerant vapo...
Example Embodiment
[0029] Example 3: Pressurized energy release process such as Figure 5 shown
[0030] The process of pressurized energy release is as Figure 5 As shown, the first heat exchanger 3 is used as an evaporator, and the second heat exchanger 4 is used as an absorber; the port a of the reversing valve 17 is connected to the refrigerant tank 1, and the port b of the reversing valve 17 is connected to the supercharger The air outlet of 16 is connected, the c port of the reversing valve 17 is connected with the solution tank 2; the d port of the reversing valve 17 is connected with the air inlet of the supercharger 16; the a port of the reversing valve 17 is connected with the d port, b The mouth communicates with the c mouth.
[0031] The refrigerant 5 from the bottom of the refrigerant tank 1 is sprayed onto the evaporator by the refrigerant pump 9 through the refrigerant circuit 10 and the refrigerant spraying device 11, and the liquid refrigerant is heated to become refrigerant v...
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