Nickel Metal Hydride No. 5 battery

　　Adaptive multi-chemistry innovative Nickel Metal Hydride No. 5 batterytechnology developed by WAE can increase Nickel Metal Hydride No. 5 batteryenergy and power density

　　Because of the need to reduce the size and weight of Nickel Metal Hydride No. 5 batterypacks while achieving performance indicators, Nickel Metal Hydride No. 5 batterymanufacturers often face the problem of difficult coordination between energy and power density. Williams' adaptive multichemistry technology can do both. Williams' design uses different types of Nickel Metal Hydride No. 5 batterychemistries in two separate spaces on the same module. Energy density is provided by Samsung cylindrical cells, while pouch cells from Wanxiang A123 Systems provide high power. Each module uses a bidirectional DC/DC converter to transfer energy between the two cells, thereby providing high energy and high power density. For example, use energy from a Samsung Nickel Metal Hydride No. 5 batteryto power an A123 battery.

　　Adaptive multi-chemistry technology can reduce Nickel Metal Hydride No. 5 batteryweight and volume, increasing energy and power density in applications such as racing, supercars and electrified flight. Using this technology, the energy density can be increased by 37% under the target power density. The system is highly adaptable, allowing for semi-independent adjustments to energy and batteries within a scalable space. Compact thermal systems provide ample cooling capacity without adding space. In the device on display, the total stored energy is 60kWh and the core Nickel Metal Hydride No. 5 batterymass is 345kg. Peak deployed power is 550kW (20 second pulses) and peak regeneration power is 550kW (10 second pulses).

　　The new Nickel Metal Hydride No. 5 batterymodule housing also uses the company's lightweight technology 223, which embeds carefully designed shafts in a single carbon fiber reinforced polymer (CFRP) composite prefabricated part, using 2D materials to create a 3D structure, tapping the potential of manufacturing technology, not only Produce low-cost composites quickly and from recycled materials.

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