Rack-Mounted Lithium-ion Battery
Rack-Mounted Lithium-ion Battery Product Introduction
1. Product Overview
Rack-mounted lithium-ion batteries are designed for data centers, communication base stations, and large-scale industrial and commercial applications, utilizing a standard 19-inch rack size and modular architecture. This highly standardized form factor allows for seamless integration into existing server racks or power rooms, significantly saving valuable space and enabling flexible deployment for on-demand expansion.
2. Core Technological Advantages
High Safety and Active Balancing Management: Utilizing lithium iron phosphate (LFP) cells with low thermal runaway risk, and equipped with triple safety protection and a bidirectional active balancing BMS system. This ensures absolute system safety under high-frequency charging and discharging, and maintains a full-range SOC accuracy within 3%, effectively extending battery life.
High Density and Efficient Operation and Maintenance: Thanks to its compact design, a single rack can provide tens to hundreds of kilowatt-hours of energy storage capacity. It also supports multiple communication protocols such as CAN and RS485, and with an interactive LCD display, it achieves millisecond-level bidirectional response and remote real-time monitoring, greatly reducing subsequent operation and maintenance costs.
Extreme Environmental Adaptability: Capable of operating across a wide temperature range, maintaining stable output even in harsh environments from -20 to 60 ; some cutting-edge products (such as models optimized for AI computing power) even natively support 800V DC direct supply, perfectly meeting the power supply needs of modern high-density data centers.
3. Core Application Scenarios
AI Data Centers and Computing Infrastructure: As an alternative to uninterruptible power supplies (UPS), utilizing "computing power modulation" technology to participate in grid frequency regulation and peak shaving, transforming data centers from simple "power consumers" into flexible "grid resources."
Communication Base Station Backup Power: Providing stable and reliable backup power for communication base stations in remote mountainous areas or on the outskirts of cities, ensuring the continuous operation of network facilities in the event of sudden power outages.
Industrial and Commercial Integrated Energy Management: Expanding to megawatt-hour levels through parallel connection of multiple units, widely used in the construction of microgrids in factory parks, meeting multiple needs of enterprises such as reducing electricity costs, delaying transformer expansion, and emergency backup.
