High-Performance Power Delivery
Operating at a Higher Level
Powering the Future of Electrification
Operating at a Higher Level
Key Capabilities
What to Consider
Increasing voltage is the most cost-effective way to increase the power going into and out of a battery. For engineering teams looking to bring the benefits of DC fast charging to their vehicles, there are several design considerations that must be taken into account.
Compact, Efficient and Built for Electrification
As electric vehicles evolve, so must the systems that power them. Versigent's flat cable technology revolutionizes high-voltage distribution systems. Unlike traditional round cables, our flexible flat cables and printed circuits deliver superior packaging flexibility while maintaining exceptional thermal performance.
Recycled Copper Could Help OEMs Meet Sustainability Goals
As electric vehicles demand more copper than ever before, sustainability becomes a critical design consideration. Versigent’s Eco-Core recycled copper matches mined copper's performance while reducing carbon emissions by up to 72% per high-voltage harness — saving thousands of metric tons annually.
Fully tested to meet all standards, recycled copper is also infinitely recyclable, making it a powerful enabler of circular economy goals in automotive electrification.
Cross-linked polyolefin (XLPO) insulation offers superior thermal, mechanical and chemical resistance compared to traditional materials. It’s a compelling choice for high-voltage applications in demanding environments.
Benefits:
In a recent Versigent case study, innovative cable routing and material choices led to significant weight reductions in a high-voltage distribution system — without sacrificing performance or safety.
Results: