battery thermal management system

Overview : The production of prismatic lithium-ion battery cells is divided into three major stages: Electrode Production (Front-end) , Cell Assembly (Mid-end) , and Formation & Grading (Back-end) . Prismatic cells feature a rectangular aluminum or steel casing and use either a stacking or winding process for electrode assembly, offering superior structural stability and thermal management compared to cylindrical or pouch cells . For a 100 MWh annual capacity line (typically

Product Description: 1. Core Structural Constraint & Expansion Force Mitigation 2. Critical Mechanical Strength & Safety Assurance 3. Integrated Thermal Management Function 4. Manufacturing and Serviceability Benefits Product parameters: Certification CE, ISO Type Strapping Straps Tensile Strength ≥1300MPa Leakage Current

Product Description: The 18s high voltage BMS typically comprises a BCU, BMU, and FAN. The BCU maximum support 270 series LiFepo4 battery module, aims to offer protection from overcharge, over-discharge, over current,over temperature, low temperature, and multiple-level alarm mechanism. The BMU performs precise sampling of the voltage and temperature of individual cells to achieve real-time monitoring of the battery pack's status. It supports RS485 and CAN communication

Product Description: 1. Physical Protection & Containment Impact Resistance: Protects the delicate battery cells, wiring, and Battery Management System (BMS) from physical damage caused by accidental impacts, drops, or mishandling during installation and maintenance. Containment: Acts as the primary container that holds all internal components securely in place, preventing internal short circuits from loose parts. 2. Safety & Hazard Mitigation Ingress Protection (IP Rating):