Product Introduction：
This experimental setup consists of a flow battery component, a solution tank, a circulation pump, etc. The electrolyte and electrodes are completely separated, and the positive and negative electrode electrolyte solutions circulate through the stack for reaction discharge under the drive of the pump. The power and capacity designs are independent of each other, making it easy to combine modules and change capacity. It can replace different liquid streams such as alum/zinc iron/iron chromium/zinc iron/zinc bromine/iodine/organic solution/electrolytic hydrogen/methanol/carbon dioxide reduction, compare the charging and discharging performance of different liquid streams, and output energy storage host and battery testing unit.
detailed information
| PRODUCT MODEL | ES105 | product name | Stacked Flow Battery Module Testing Platform |
| Product specifications | product material | ||
| Usage environment | Input power supply | ||
| Belonging series | Energy storage | Cooperate with modules | ES100 |
| Experimental function： |
| 1、Test the charging/discharging efficiency of the fuel cell stack; 2、Test the impact of the amount of energy storage solution on the amount of stored electricity; 3、Test the effect of different flow rates on the performance of the fuel cell stack; 4、Test the effect of different material exchange membranes on the performance of fuel cells; 5、Study the cycle life and performance degradation of flow batteries during charge discharge cycles; 6、Study the charging and discharging efficiency of flow batteries at different temperatures; 7、Test the power density of the flow battery; 8、Test the energy density of the flow battery; 9、Measure the natural discharge rate of the flow battery when it is not working for a long time; 10、Integrate flow batteries with other energy storage systems, study their performance and optimization control strategies in hybrid energy storage systems; 11、Study the performance and adaptability of flow batteries under different environmental conditions, such as high and low temperatures, humidity, etc; |