Blog
03
2026-03
HVIL wiring in metal connectors
HVIL Design Principles and Wiring Method in New Energy High-Voltage Metal Connectors
As vehicle electrification continues progressing toward higher voltages and power levels, HVIL technology will remain a cornerstone of electrical safety architecture.
A well-designed HVIL system is not merely a signal loop—it is a critical safeguard protecting equipment, service personnel, and end users.
Through professional connector engineering, precise HVIL wiring processes, and rigorous quality control, we remain committed to delivering high-performance high-voltage connector solutions for the next generation of electric mobility.
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09
2025-12
HV Wiring harness cost optimization
How to Optimize the Cost of High-Voltage Wiring Harnesses in Battery Electric Vehicles
This article provides a practical summary of experience in HV wiring harness cost optimization. It explains the cost structure of HV wiring harnesses and their material composition, and further introduces a series of cost-reduction approaches—including HV system architecture optimization, routing optimization, material optimization, platform and standardization design. The goal is to offer valuable reference solutions for engineers and OEMs striving for cost competitiveness.
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03
2025-12
Liquid Cooling Server Components
Liquid Cooling Server Components
Liquid-cooled servers utilize specialized components to efficiently manage heat in high-density computing environments. Key elements include cold plates for direct chip heat transfer, water-based or non-water-based coolants, quick disconnect couplings for easy maintenance, cooling distribution units (CDUs), primary-side cooling sources, immersion cooling tanks, and piping and valve assemblies. This article details their operating principles, types, performance specifications, and technological trends, providing a comprehensive overview of modern liquid cooling solutions for data centers.
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26
2025-09
Blind-Mate UQD Standardization
UQD Blind-Mate Connectors: Driving Liquid Cooling Standardization
Blind-mate UQDs (UQDB) represent the future of liquid cooling, offering higher automation, reduced human error, and superior system uptime. As AI and high-performance computing demand continuous operations, blind-mate connectors are expected to become the mainstream choice, while hand-mate products will remain in cost-sensitive applications.
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10
2025-09
Copper Material Applications in EV connectors
Electrical Contact Reliability of EV Connectors and the Application of Copper Materials
Copper is essential for automotive connectors, affecting conductivity, strength, and reliability. This study reviews contact design, failure mechanisms, material selection, and manufacturing/testing processes. Optimized copper alloys enhance electrical performance, thermal stability, and wear resistance, ensuring long-term reliability for conventional, new energy, and high-frequency automotive and electronic applications.
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25
2025-07
MINI MSD
Revealing the MSD Service Disconnect: A Key to Electrical Safety!
The Manual Service Disconnect (MSD) serves as a critical safety device in electric vehicle and new energy high-voltage systems, providing protection against short circuits and overloads during maintenance. MSDs incorporate high-voltage fuses and interlock functions to ensure operational safety. Key performance criteria include UL94 V-0 flame resistance, IP67/IP6K9K ingress protection, tool-free manual disconnection, and a locking mechanism to prevent misoperation.
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