Eaton Unveils Advanced Electrified Vehicle Safety Technologies at The Battery Show Europe in Stuttgart
Mark Schneider, president of Eaton’s eMobility business, emphasized the company’s commitment to supporting the increasing adoption of electric vehicles (EVs) worldwide. “While EV adoption continues to rise, Eaton is dedicated to equipping our global customers with cutting-edge technologies to meet this growing demand,” Schneider stated. “Safety remains our top priority, whether the vehicle is powered by gasoline or electricity. Our EV solutions ensure both occupants and the vehicle itself remain secure.”
Among Eaton’s innovative offerings is the Breaktor® circuit protection technology. This advanced device integrates the functionalities of fuses, pyro switches, and contactors into a single, coordinated, and resettable unit. As electric vehicle power levels escalate, Breaktor addresses the growing complexity of coordinating fuses and contactors, delivering rapid, secure, and reliable protection for high-power battery and inverter systems.
Another breakthrough from Eaton is the 3-in-1 battery vent valve, a pioneering solution in the market. This valve performs three distinct functions: passive and active venting for overpressure relief in the vehicle’s battery pack, along with an industry-first battery-case leak-check mechanism. This technology allows battery makers to conduct comprehensive leak tests on fully assembled battery packs, ensuring all sealing surfaces are thoroughly checked for water ingress. Eaton’s design flexibility ensures precise adaptation to various opening pressures, enhancing safety during normal vehicle operation and in flood scenarios.
Eaton also introduces its next-generation fuel tank isolation valve (FTIV), designed for hybrid-electric vehicles. This valve releases pressure from the gas tank during electric mode operation and ensures safe refueling by preventing tank pressurization and potential spit back.
Furthermore, Eaton’s High Power Lock Box (HPLB) terminals serve as critical interfaces for connecting external circuits in current and future EV solutions. These terminals offer a compact profile, superior performance, cost efficiency, and protection against environmental elements, underscoring their suitability for a range of electric vehicles.
Additionally, Eaton Bussmann® series fuses are optimized for high-powered electrified vehicles, with ratings up to 1,000 volts direct current (VDC) and 600 amps. These fuses are designed to manage and safeguard the charging systems of electric commercial, passenger, and high-performance vehicles.
In summary, Eaton continues to lead in providing essential technologies that enhance the safety, reliability, and performance of electric vehicles across diverse applications, reinforcing its pivotal role in the evolving EV landscape.
