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Focused on the R&D and manufacturing of high-performance, high-reliability new energy components, we are dedicated to providing core hardware support for electric vehicles, energy storage systems, charging infrastructure, and the renewable energy sector. Driven by technological innovation, we assist global customers in building safer, more efficient, and more sustainable energy application solutions.
Core Product Range
Battery System Components: Battery Enclosures, Module Structural Parts, High-Voltage Connection Components, Battery Cooling Plates, etc.
Electric Drive System Components: Motor Housings, Inverter Housings, Reducer Housings, Mounting Brackets, etc.
Vehicle Lightweight Components: Aluminum Alloy Body Structural Parts, Chassis Suspension Components, Shock Absorber Towers, Side Rails, etc.
Thermal Management System Components: Water-Cooled Plates, Liquid Cooling Hoses, Integrated Coolant Reservoirs, Valve Modules, etc.
Hydrogen Fuel Cell Components: Bipolar Plates, End Plates, Hydrogen Line Connectors, etc.
Core Values
1. Lightweight Design, Enhancing Range
New energy vehicles are highly sensitive to overall weight, making lightweighting a key path to increasing range. Our products achieve significant weight reduction while maintaining strength through optimized structural design and advanced material applications, helping vehicles reduce energy consumption and improve range performance.
2. Integrated Development, Optimizing Space Utilization
Electric drive and battery systems have extremely high demands for space utilization. Our component products support multi-functional integrated design, combining functions such as structural support, electrical connection, and thermal management into one, reducing the number of parts, simplifying assembly processes, and freeing up valuable space for the vehicle.
3. Thermal Management Synergy, Ensuring System Safety
The performance of the battery, motor, and electronic control is closely related to temperature. Our thermal management components feature efficient heat exchange capacity and uniform temperature control performance, ensuring the "Three Electric Systems" always operate within the optimal temperature range, enhancing vehicle safety and power performance stability.
4. High-Voltage Safety, Ensuring Reliable Operation
Electrical safety and protection levels of high-voltage systems in new energy vehicles are crucial. Our high-voltage connection and structural components possess excellent insulation properties, sealing protection capabilities, and vibration resistance, ensuring the connection reliability and operational safety of the high-voltage system under complex working conditions.
Technical Advantages
Diverse Material Application: Proficiently applying the characteristics of various lightweight materials such as aluminum alloy, magnesium alloy, high-strength steel, and composite materials, selecting the optimal material combination based on the functional requirements of different components.
Structural Optimization Capability: Utilizing topology optimization and simulation analysis technology to achieve ultimate lightweight structural designs while meeting strength, stiffness, and modal requirements.
Sealing Protection Assurance: Possessing mature sealing structure design and testing capabilities to meet the stringent waterproof and dustproof requirements for battery and electric drive systems, achieving IP67 and higher protection levels.
Precision Consistency Control: Relying on precise manufacturing systems and inspection methods to ensure component dimensional accuracy and consistency, meeting the rigorous demands of new energy vehicle automated assembly lines.