BMS LFP 16S 50A SMART CAN DALY (33f0)

DALY Smart BMS LiFePO4 16S 48V 50A Common port with Balance [Product Data Sheet]() The DALY LFP 16S 50A Smart CAN BMS is a cutting-edge Battery Management System designed for 51.2V (16 Series) LiFePO4 battery packs. Built with industrial-grade reliability, this BMS supports smart communication via CAN and UART, enabling easy integration with solar systems, inverters, e-vehicles, and IoT-enabled battery applications. Its robust construction, safety mechanisms, and dynamic cell monitoring make it an ideal choice for modern energy storage needs. Technical Specifications - Battery Configuration: Smart BMS LiFePO4 16S 48V 50A Common port with Balance - Continuous Discharge Current: 50A - Over-Voltage Protection: 3.8V - Charge Current: 25A - Charge Voltage: 58.4V - Short Circuit Protection: Yes, with auto recovery - Temperature Protection: Over-temperature and under-temperature protection - Features: Overcurrent, overcharge, over-discharge, and temperature protection Key Benefits High Efficiency: 50A continuous current for large-capacity packs Advanced Communication: Compatible with inverters, solar controllers via CAN/UART Multi-Level Protection: Includes temperature, voltage, and short-circuit protection Robust Housing: Industrial aluminum casing for heat dissipation and durability User-Friendly Interface: UART & LED diagnostics simplify maintenance Precise Balancing: Improves cycle life and performance consistency Plug-and-Play: Includes all connectors for quick setup Applications Solar Energy Storage (ESS & Inverters) Electric Vehicles & EV Conversions Power Backup Systems (UPS) DIY Powerwall Projects Home Energy Backup Solutions Industrial Battery Storage Units With the wide application of lithium batteries in the lithium battery industry, requirements for high performance, high reliability and high cost performance are also put forward for battery management systems. This product is a BMS specially designed for lithium batteries. It can collect, process and store the information and data of the battery pack in real time during use to ensure the safety, availability and stability of the battery pack.