Battery Pack
The Tide Power 16.1kWh LFP Battery Module is designed for commercial and industrial energy storage applications as well as large-scale distributed energy systems. Featuring EVE 314Ah high-capacity LFP cells in a 1P16S configuration, the module delivers 16.1kWh of nominal energy. The pack-level forced air cooling design, combined with an intelligent Battery Management System, ensures efficient thermal management and comprehensive safety protection.
The unit performs reliably across a wide temperature range of -20°C to 55°C, making it suitable for commercial and industrial energy storage, solar-storage-charging integration, microgrids, and backup power applications. The module supports daisy-chain communication for easy system integration and expansion. The product complies with international certifications including UN38.3 and IEC62619, reflecting exceptional safety performance and reliable quality.
The core advantages of the Tide Power LFP Battery Module lie in its use of EVE 314Ah high-capacity cells for superior energy density; pack-level forced air cooling for efficient and reliable thermal management; over 8000 cycles for significant lifecycle cost advantages; and daisy-chain communication for simplified system wiring and enhanced integration efficiency.
The single module capacity is 16.1kWh, with support for multi-module parallel expansion. System capacity can be flexibly configured based on project requirements to meet different energy storage application scales.
Under 25°C and 0.5P charge/discharge conditions, the cycle life exceeds 8000 cycles at 80% capacity retention, with a design life exceeding 10 years, offering significant lifecycle cost advantages.
The battery operates within a temperature range of -20°C to 55°C, with derating protection above 50°C to ensure safe operation under extreme temperature conditions.
The module features forced air cooling design, with pack-level fans effectively controlling operating temperatures to ensure stable performance under high-rate charge/discharge conditions.
The battery utilizes high-quality LFP lithium iron phosphate cells with excellent thermal stability. The pack-level BMS provides real-time monitoring of cell temperature, busbar temperature, and terminal temperature, with comprehensive protection against overvoltage, undervoltage, overtemperature, overcurrent, and short circuits to ensure safe operation.
The entire series is certified to UN38.3 for transport safety and IEC62619 for industrial battery safety standards, ensuring compliance with international safety and performance requirements.
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