b.b.battery FTB100-12(12V102AH)

Product details

The FTB100-12FTB front-terminal battery series redefines industrial-grade power solutions with innovative design, with its core value lying in the perfect integration of high-density energy storage and spatial efficiency. Featuring a single-cell 12V voltage configuration, it delivers a nominal capacity of 102Ah at C10 discharge rate, supporting rapid construction of 48VDC standard rack systems through multiple parallel connections, making it particularly suitable for telecom equipment rooms and data center scenarios. The battery's internal structure is scientifically reinforced, with positive and negative plates employing a special paste coating process combined with absorbent glass mat (AGM) technology, achieving over 98% gas recombination efficiency and effectively delaying electrolyte loss.The compact 36.8kg body (394×110×272mm) is equipped with integrated handles and reinforced rib structures, facilitating easier multi-point handling by a single person. The impact-resistant ABS casing can withstand the challenges of complex equipment room environments. As B.B.Battery's flagship product, this series sets a new benchmark in safety performance: six independently sealed electrolyte filling ports are each fitted with self-closing pressure relief valves that automatically activate when internal pressure exceeds 20kPa, eliminating explosion risks. The flame arrester module blocks external fire transmission and has passed UL94-V0 flame-retardant certification.In practical applications, its front-terminal layout allows power engineers to quickly complete wiring inspections without moving equipment. Combined with its wide operating temperature range of -15°C to 45°C, it has been successfully deployed in 5G base stations, railway signaling systems, hospital ICU backup power supplies, and solar energy storage stations. In a smart city project in Southeast Asia, 32 sets of FTB100-12 batteries provided 72 hours of continuous power backup for a security surveillance network, demonstrating its reliability in critical infrastructure applications.