V-LFP48V Intelligent Series Telecom Lithium Battery
Overview:
The V-LFP48100S Intelligent Lithium Battery Series is a new battery pack developed by Vision. It features a built-in DC/DC module supporting constant voltage and adjustable voltage output. With modular hardware design, it is suitable for 19-inch rack installation scenarios.
Incorporates advanced battery management technologies to precisely monitor and manage State of Charge (SOC) and State of Health (SOH), enabling users to track battery status in real time and improve maintenance efficiency. Supports automatic balancing and self-diagnostics to reduce manual intervention and achieve truly intelligent operation and maintenance.
Intelligent Collaboration
Seamlessly integrates with smart power systems, supporting intelligent boosting, load adjustment, and peak shaving/valley filling to improve overall system efficiency. Ideal for scenarios requiring energy optimization management, such as communication base stations, microgrids, and distributed energy storage, helping build flexible and efficient energy architectures.
Smart Anti-Theft
Equipped with multiple anti-theft mechanisms including integrated software encryption locks, displacement sensors, and buzzer alarms to effectively prevent theft or unauthorized movement, ensuring asset security. Especially suitable for outdoor unattended environments, enhancing reliability in remote or complex deployment sites.
High Reliability
Features an integrated BMS design to ensure stable system operation. Strict cell selection provides excellent thermal management and overcharge/over-discharge protection, significantly extending product life. Meets high continuity and reliability requirements for power supply in applications like data centers and medical systems.
Strong Compatibility for Mixed Battery Use
Supports mixed connection of new and old lithium batteries as well as lead-acid batteries without the need for additional battery-sharing managers, simplifying system upgrades and renovations. The system allows configurable priority discharge strategies, enabling flexible and efficient capacity expansion, reducing retrofit costs, and improving future adaptability.