Advancing the
electrified future

Vehicles, equipment, and infrastructure are becoming increasingly electrified, driving higher voltage levels, greater power density, and more complex electrical architectures.

Electrification increases both electrical content and engineering requirements. Higher-power systems demand larger conductors, specialized insulation and shielding, thermal protection, robust connections, precise routing, and rigorous safety controls — all engineered as an integrated system to deliver power safely and reliably.

Electrification is being driven by energy efficiency, emissions reduction, new power architectures, energy storage, and the continued transition toward electrically powered vehicles and equipment. The pace will vary by market, but the direction is clear: more applications will rely on electrical power, increasing both the content and criticality of the systems that distribute it.

Electrification is reshaping several of ECI’s core markets, including Commercial Electric Vehicles, Agriculture & Construction, and Industrial Machinery & Transportation, where higher-power architectures and increasing electrical content are creating more demanding requirements for safe, reliable power distribution.

ECI has deliberately strengthened its high-voltage capabilities through Promark, Rochester Industrial Control (RIC), and continued investment in engineering and manufacturing expertise. Together, these capabilities give customers a partner with experience in high-voltage electrical distribution, proprietary cable technology, complex power connections, and safety-critical applications.

High-voltage wire harnesses and cable assemblies; battery-pack connections; DC/DC converters; on-board chargers; power distribution systems; electric compressors; PTC heaters; and other high-power applications across electrified vehicles and equipment.