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Hybrid Design of Rigidity and Flexibility: Utilizing a combination of rigid FR4 materials and flexible substrates to provide the circuit board with strong mechanical strength and flexibility, enabling it to adapt to complex installation environments and enhance system reliability and stability.
High-Strength Materials: Employing high-strength materials to manufacture the circuit board, with excellent heat resistance, corrosion resistance, and tensile properties, ensuring stable operation even in harsh working environments.
Energy Storage Management Functionality: Integrating energy storage management function modules, including charge-discharge control, temperature monitoring, voltage monitoring, etc., to effectively manage and protect the energy storage system, prolonging battery life.
Reliable Soldering Process: Utilizing high-quality soldering processes and materials to ensure firm and reliable solder joints, stable circuit connections, and reduce system failure rates.
Multi-Layer Design: Implementing multi-layer printed circuit board designs to increase circuit density, reduce circuit board size, optimize system layout, and enhance system stability and reliability.
Customizable Design: Providing customizable design solutions tailored to customer requirements and application scenarios, including dimensions, shapes, functions, etc., to meet the needs of different energy storage systems.
