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2. Criteria for technology A typical RFB cell consists of two electrode compartments divided by a separator. The separator is commonly an ion exchange membrane which prevents the crossover of active species between half-cells but allows the movement of ions between electrode compartments for the balancing of charge. The positive and negative electrolyte are stored in external tanks and are pumped into each half-cell. The electrodes of a RFB are normally inert, serving as the site for the redox reactions of the active species only which remain soluble in the electrolyte. Upon exiting the electrode compartments, the electrolytes are returned to the storage tanks to be recirculated through the cell. Individual RFB cells can be connected in series to produce cell stacks through the use of conductive bipolar plates which connect one cell to another. The array of cell stacks, stored electrolyte and the balance of plant constitute a complete RFB system. The balance of plant includes all other components necessary for operation of a RFB: pumps, plastic plumbing and tanks, a power conditioning system and systems for battery monitoring and control [28]. Fig 3. Figure illustrating the creation of a RFB system through the building up of individual cells into modular stacks. Reprinted with permission from [29]. Page 10 of 63PDF Image | Redox Flow Batteries Concepts Chemistries
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