MSU-500 bb battery2V500AH

Product details

In the field of power infrastructure, the MSU-500's leak-proof design and B6/I3 dual-terminal configuration significantly enhance equipment safety. With a total height of 357mm and modular stacking features, it enables flexible construction of 48V or 240V battery packs. The special active material formulation increases charging efficiency by 35%, while the patented electrolyte immobilization system effectively prevents thermal runaway risks.This battery has received Eurobat's long-life certification, achieving over 1,200 cycles, making it particularly suitable for the rigorous daily charge-discharge demands of photovoltaic energy storage systems. In practical applications, the MSU-500 demonstrates strong scenario adaptability: in telecom base stations, it can pair with a C10 discharge rate to provide 72-hour backup power; in wind farms, it withstands high-current C5 rapid charging/discharging; and for medical equipment's precision instruments, it delivers ±1% voltage accuracy.The 67.9-pound weight design facilitates manual maintenance, while the 6.92-inch width supports standard rack mounting. The pressure relief valve uses flame-retardant materials, ensuring intrinsic safety in hazardous environments such as oil platforms. In terms of technical parameters, the MSU-500 achieves a precise 10-hour rate capacity of 500Ah at 25°C. The 12.95-inch height includes shock-absorbing buffer space, and the 8.31×6.92-inch base is compatible with mainstream battery racks. The positive plate grid employs a lead-calcium-tin alloy, reducing corrosion rates by 40% compared to conventional products. Combined with silica gel electrolyte, the monthly self-discharge rate is less than 2%.These features make it a reliable backup power choice for video surveillance systems, smart security, and other fields. From a product advantage perspective, the MSU-500's innovation is reflected in three aspects: military-grade ABS housing withstands 9kJ impacts, the pressure relief valve responds within 0.1 seconds to ensure pressure safety, and the addition of nano-carbon materials to the plate active substance improves low-temperature startup performance by 20%. The exclusive OPzV structural design keeps internal resistance ≤0.15mΩ, making it particularly suitable for the transient high-current demands of EV charging piles. These technological breakthroughs enable it to maintain a 97.3% energy conversion efficiency in UPS power supply applications.