High Voltage Design

Explore the differences between Busbar Welding: Diffusion vs laser vs ultrasonic vs friction, covering techniques, pros, cons, and applications to help you choose the best method for your needs.

Learn how Thermal Expansion Compensation in Busbars ensures reliability and longevity by addressing thermal stress, material selection, and design strategies to prevent mechanical failure in electrical systems.

Discover how Compression Limiters for Busbar Joints enhance electrical connections by preventing over-compression, ensuring optimal conductivity and longevity in busbar assemblies.

Explore the BDU Diagnostics and Monitoring Features to understand real-time performance tracking, fault detection, and system health insights, ensuring optimal operational efficiency and proactive maintenance.

Learn about Grounding for Battery Pack Cover/BDU Covers, including best practices, materials, and installation techniques to ensure safety and optimal performance in your battery systems.

Learn about Busbar Insulation Testing Methods, including key techniques like insulation resistance, hipot testing, and partial discharge analysis, to ensure electrical safety and system reliability.

Learn How to Do Creepage and Clearance Check in HV Battery Pack using IEC60664 calculations, including steps for HV battery pack verification, impact of tolerances, and contamination risks for optimal safety and compliance.

Learn the Standard Bend Radius for Copper Busbars, covering key guidelines, industry standards, and best practices to ensure optimal performance and avoid damage during installation.

Learn essential High Voltage Joint Fastener Considerations, covering material selection, installation best practices, and safety measures to ensure optimal performance and longevity in high-voltage applications.

Learn about Pre-charge Circuit Design in BDU, covering key principles, implementation steps, and benefits to optimize system safety and performance.