Features	Details
Structural strength	The stamping process makes the stress of the plate reasonably distributed. With the help of welding reinforcement, the cabinet can withstand the vibration and external impact of equipment operation, ensuring the safety of internal power components.
Protection performance	The sheet metal shell is dustproof and anti-foreign matter intrusion-proof, and the surface spray treatment enhances rust and corrosion resistance, making it suitable for outdoor/complex industrial environments
Heat dissipation adaptation	The large-area heat dissipation mesh formed by stamping, combined with the cabinet air duct design, efficiently assists the internal power components in heat dissipation and maintains stable operation of the equipment
Precision control	Mold stamping + CNC machining, the dimensional error is controlled within ±0.1mm, the operation panel opening and component installation positions are accurate, ensuring the integration of the equipment

The energy storage converter cabinet uses sheet metal stamping as the core manufacturing process, and the raw materials are selected from high-strength cold-rolled steel plates with a thickness of 2-3mm, taking into account both strength and electromagnetic shielding requirements. In the production process, the cabinet shell, heat dissipation mesh plate, operation panel frame and other basic structures are first punched out by a CNC punching machine, and then the three-dimensional shape of the cabinet is shaped by a bending machine. The welding process ensures that all components are firmly connected. The surface treatment adopts an electrostatic spraying process, and the coating is uniform and dense, with good insulation and weather resistance, suitable for energy storage power stations, industrial microgrids and other scenarios.

The cabinet integrates an operation display area (including indicator lights and display installation positions), an equipment installation cavity (reserved cable routing troughs and heat dissipation channels), and a double-door maintenance structure. The layout of the operation area conforms to the operation and maintenance habits of power equipment and is convenient for status monitoring; the internal space is reasonably planned, compatible with PCS converter modules and control unit integration; the double-door design facilitates equipment maintenance and component replacement. As the key hardware carrier of the energy storage system, it relies on high-precision stamping, stable structure, reliable protection and efficient heat dissipation to help realize the two-way conversion and intelligent control of electric energy and ensure the stable and safe operation of the energy storage system.