High-Performance DF Series VRLA Batteries for Solar Battery Solutions
Range summary
The HRESYS DF (Duration Front termianl) series VRLA battery is especially designed for telecommunication with 12+ years float design life. By combining the newly developed paste formula with up-to-date AGM structures, the series meet latest IEC, British and Telcordia standards. Front Access connection and centralized venting system of DF series for fast, safety installation and maintenance.
Features and Benefits
12+ years long float life designFront Access Terminal design allows reliable and versatile connectionsLong service life thanks to thick plates with Tin-Calcium alloyIncreased recharge efficiency thanks to advanced pasting formulaWide temperature range operating between -20°C and +60°CLong shelf life thanks to low self-discharge rate
International Standards Compliance, i.e. IEC, EN, BS, CE, etc.
Applications
• Telecom
• Control Equipments
• UPS systems
• Medical Equipments
• Emergency Power
The DF Series batteries are crafted with cutting-edge technology to ensure a remarkable 12+ years of float design life. This longevity ensures that your telecommunication systems remain uninterrupted, reliable, and efficient over the long term. Not only does this series excel in durability, but it also aligns seamlessly with the growing demand for renewable energy integration. Our VRLA batteries are optimized for solar battery solutions, ensuring that your entire energy setup is both robust and eco-friendly. One key feature of the DF Series is its superior front terminal design, which simplifies installation and maintenance processes. This user-friendly design allows for easy access and connectivity, reducing downtime and operational costs. Additionally, the high energy density and efficiency of the DF Series make it an economically wise choice for businesses seeking to maximize their return on investment. By opting for HRESYS DF Series VRLA Batteries, you are ensuring that your telecommunication operations benefit from top-tier energy storage while contributing to sustainable energy practices.