Flow battery generator system
The invention discloses a flow battery generator system which comprises a zinc-air battery stack, a lithium battery stack, a control mechanism, a liquid storage tank, a pump, an electrolyte supplementing tank, a cyclone magnetic separator and a crystal grain collecting bottle. The control mechanism...
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creator | TONG ZHEMING TONG SHUIGUANG CHENG ZHEWU ZHANG QINGUO |
description | The invention discloses a flow battery generator system which comprises a zinc-air battery stack, a lithium battery stack, a control mechanism, a liquid storage tank, a pump, an electrolyte supplementing tank, a cyclone magnetic separator and a crystal grain collecting bottle. The control mechanism comprises a data collector and a controller; the magnetic cyclone separator is arranged on a passage between the zinc-air cell stack and the liquid storage tank and is configured to be used for separating aluminum hydroxide particles generated in the electrolyte; and the crystal grain collecting bottle is configured to be capable of recycling aluminum hydroxide particles generated in the electrolyte. A rapid heating system is added, a lithium battery stack is used for supplying power, and a microwave heating plate and a heating rod are used for heating together; in the system, the electrolyte can be magnetically separated and purified, and the ion concentration of the electrolyte is monitored and supplemented in re |
format | Patent |
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The control mechanism comprises a data collector and a controller; the magnetic cyclone separator is arranged on a passage between the zinc-air cell stack and the liquid storage tank and is configured to be used for separating aluminum hydroxide particles generated in the electrolyte; and the crystal grain collecting bottle is configured to be capable of recycling aluminum hydroxide particles generated in the electrolyte. 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The control mechanism comprises a data collector and a controller; the magnetic cyclone separator is arranged on a passage between the zinc-air cell stack and the liquid storage tank and is configured to be used for separating aluminum hydroxide particles generated in the electrolyte; and the crystal grain collecting bottle is configured to be capable of recycling aluminum hydroxide particles generated in the electrolyte. 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The control mechanism comprises a data collector and a controller; the magnetic cyclone separator is arranged on a passage between the zinc-air cell stack and the liquid storage tank and is configured to be used for separating aluminum hydroxide particles generated in the electrolyte; and the crystal grain collecting bottle is configured to be capable of recycling aluminum hydroxide particles generated in the electrolyte. A rapid heating system is added, a lithium battery stack is used for supplying power, and a microwave heating plate and a heating rod are used for heating together; in the system, the electrolyte can be magnetically separated and purified, and the ion concentration of the electrolyte is monitored and supplemented in re</abstract><oa>free_for_read</oa></addata></record> |
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language | chi ; eng |
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subjects | BASIC ELECTRIC ELEMENTS ELECTRICITY PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSIONOF CHEMICAL INTO ELECTRICAL ENERGY |
title | Flow battery generator system |
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