HFS Series High Power VRLA Battery is a high-performance AGM sealed lead-acid battery engineered for short-duration, high-current discharge applications. Delivering exceptional energy density and reliability, this battery is ideal for data centers, telecom infrastructure, and large UPS systems. With a design life of over 12 years and advanced flame-retardant construction, it ensures long-term stability and safety in critical power environments.More
Utilizes specially developed AGM (Absorbent Glass Mat) separators for high-power use, offering excellent electrolyte retention and conductivity, and capable of withstanding short-duration high-current discharges.
Compact & Lightweight Design for Higher Efficiency
Small footprint, lightweight, and high discharge efficiency make it ideal for precision power applications such as IDC data centers, rail transit systems, and medical UPS systems.
High-Power Specialized Materials
Uses low-calcium, high-tin alloy grids and specially formulated high-power active material, optimized for 5–15 minute backup applications, improving high-current discharge and life stability.
Automated Manufacturing for Consistency
Fully automated production ensures precise control over critical parameters, enhancing consistency and performance while minimizing human error.
High-Efficiency Welding & Sealing Technology
Advanced processes such as cast welding, through-the-wall welding, and heat sealing enhance structural strength and airtightness while reducing production costs and improving cost-performance.
Excellent Electrical Performance
With low self-discharge and internal resistance, the battery offers strong charge acceptance and quick capacity recovery even after long storage, supporting frequent and rapid charge-discharge cycles.
High-Strength Flame-Retardant Casing
Made with durable, flame-retardant ABS material, the casing provides superior structural integrity and fire resistance, ensuring safety in harsh environments.
Long Design Life
Designed for a service life of over 12 years at 25°C (77℉), making it ideal for high-reliability applications and significantly reducing maintenance and operational costs.
