Motivlink Develops High-Frequency Magnetic Material Technology for 800V-Class Electric Vehicles

Motivlink has independently developed a "high-frequency magnetic material technology" compatible with next-generation 800V-class high-voltage electric vehicle systems.

On July 13, Motivlink announced that its high-frequency magnetic material technology is a fundamental innovation jointly developed with the Institute of Advanced Technology and the Korea Institute of Materials Science. The technology dramatically improves degradation and power loss under high-frequency and high-voltage environments. Through this, Motivlink has secured a core material technology essential for next-generation eco-friendly mobility charging systems, enabling not only maximized power density but also the simultaneous realization of lightweight and miniaturized components.

Based on this newly secured technology, Motivlink will make a full-scale entry into the market for key power module components used in electric vehicle inverters, converters, and on-board chargers (OBC). The company is currently conducting promising proof-of-concept (PoC) verifications with major domestic and international automakers and parts manufacturers for real vehicle applications.

In particular, this high-frequency magnetic material technology is also expected to have significant potential for expansion into various high-value-added industries, such as aerospace power conversion devices that require extreme temperature resistance and high reliability.

Kim Ki-han, CEO of Motivlink, stated, "The development of high-frequency magnetic material technology will serve as a major milestone for our company to prove its global technological competitiveness in the next-generation eco-friendly mobility components market. Based on our unrivaled material technology capabilities, we aim not only to maximize efficiency in high-voltage electric vehicle systems, but also to expand into advanced industries such as aerospace, positioning ourselves as a key partner leading the future market for core components."

This content was produced with the assistance of AI translation services.