Novel accumulator with long full charge endurance, low temperature resistance and high effective capacity
A technology of effective capacity and continuous mileage, applied in the field of primary batteries, can solve the problems of less cycle charging times, small effective capacity, and small continuation mileage, and achieve the effects of long service life, more cycle charging times, and large effective capacity
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[0006] Monocrystalline silicon mainly includes Czochralski and zone melting (NTD) monocrystalline silicon, which uses monocrystalline silicon to convert electrical energy. Using monocrystalline silicon in the structure of VRLA batteries, the material properties of monocrystalline silicon can be used to charge and discharge the battery multiple times. Since the lead-acid cycle is not used in this design, there is no lead consumption and acid pollution. The crystal gel battery has the characteristics of long service life and sufficient circulation. It can be recycled for more than 400 times, and its service life is twice that of ordinary lead-acid batteries. At the same time, the battery's continued mileage at -10°C is still the same as in normal use. More than 90%, can be widely adapted to alpine regions.
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