FIELD: electrical engineering; lead-acid storage batteries for operation under severe conditions.
SUBSTANCE: proposed storage battery has case with sockets to receive cylindrical cells with wound electrodes spaced apart by means of separating band with fixed electrolyte; cells are interconnected to form triple nonsplit blocks and placed horizontally; contact lugs of different polarities are brought out in each cell of block to opposite ends of electrode rolls and groups of lugs of adjacent cells are interconnected within block by means of contact disks produced by means of saddle-joint split steel casting mold disposed in areas where lugs are converging. Battery is provided with extremely compact switching system.
EFFECT: optimized current distribution on electrode area, enhanced use factor of active material, augmented gas recombination process in interelectrode space.
1 cl, 1 dwg
| Title | Year | Author | Number |
|---|---|---|---|
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|
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