SAFT100F380Product FEAtures

The defining characteristics of the SAFT100F380 are its exceptional cycle life and high energy density. Engineered for resilience, the SAFT100F380 operates effectively across a wide temperature range, ensuring performance in diverse climatic conditions. The module's IP65 rating provides robust dust and water resistance, making the SAFT100F380 suitable for deployment in harsh outdoor or industrial environments. Furthermore, the integrated battery management system (BMS) within the SAFT100F380 guarantees safe operation by managing cell balancing, temperature, and voltage parameters.

SAFT100F380Comparison

When compared to alternative models like the SAFT100E380 or standard lead-acid batteries, the SAFT100F380 demonstrates clear advantages. The primary superiority of the SAFT100F380 lies in its significantly longer cycle life and reduced weight, offering a lower total cost of ownership despite a higher initial investment. Unlike the older SAFT100E380, the F380 variant often features enhanced thermal management and a more advanced BMS. While some models from other brands may offer similar capacity, the ruggedized construction and proven field reliability of the SAFT100F380 make it a preferred, often irreplaceable, component in critical systems where failure is not an option.

SAFT100F380application cases

The SAFT100F380 sees substantial deployment in large-scale international engineering projects. A prime example is its integration into off-grid and microgrid solar power installations across Europe and Africa, where the durability of the SAFT100F380 is crucial for providing stable electricity in remote locations. Furthermore, the SAFT100F380 is extensively used for backup power in cellular base stations throughout Southeast Asia and South America, ensuring network continuity. Its reliability also makes the SAFT100F380 a common choice for critical industrial UPS systems in manufacturing plants and data centers across North America, safeguarding against power disruptions.