Energy Storage Laboratory
This product consists of a comprehensive battery testing instrument, flow battery modules, a solution tank, and a circulation pump. The electrolyte is completely isolated from the electrodes, with the positive and negative electrolyte solutions circulating through the battery stack under pump drive to undergo discharge reactions.
This product achieves the mutual conversion between electrical and chemical energy through the charging and discharging of the electrolyte via the stack. It analyzes and calculates the energy storage efficiency of flow batteries while comparing the performance of different proton exchange membrane stacks, enabling researchers to master the operational workflow of flow batteries and gain a deeper intuitive understanding of power-energy separation.
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Experimental Function
1.Various flow systems can be employed—including all-alumina, zinc-iron, iron-chromium, zinc-iron, zinc-bromine, iodine, organic solution, electrolytic hydrogen, methanol, and carbon dioxide reduction—to compare their charge-discharge performance. The output signals can be connected to the energy storage host unit and battery test module.
2.The charging/discharging efficiency of the test stack can be measured.
3.The effect of different flow rates on stack performance can be tested.
4.The effect of different material exchange membranes on stack performance can be tested.
5.The power density and energy density of the flow battery can be tested.
6.Flow batteries can be integrated with other energy storage systems to investigate their performance and optimized control strategies in hybrid energy storage systems.
Product Attributes
|
Product Model |
ES105 |
Product Name |
Stacked Flow Battery ModuleTesting Platform |
|
Main Materials |
Carbon steel-aluminum alloy |
Dimensions |
1300×600×930mm |
|
Product Weight |
81kg |
Operating Environment |
At room temperature, with relative humidity ≤85% |
|
Input Power Supply |
Single-phase three-wire，220V±5%，50Hz/60Hz 110V±5%，50Hz/60Hz |
||
|
Required Modules |
None |
Optional Modules |
None |
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