Hillcrest Energy Technologies Ltd. Overview
Pro stress-test →Hillcrest Energy Technologies develops electric power conversion technologies tailored to next generation e-mobility powertrains and grid-connected power systems. The company's proprietary Zero Voltage Switching (ZVS) technology delivers unprecedented efficiency, reaching up to 99.7%. Incorporated in 2006 and headquartered in Vancouver, Canada, the company is focused on commercializing power conversion solutions across EVs, grid systems, and data centers.
Strategic Profile
Pro stress-test →Hillcrest's ZVS technology is based on an adaptable architecture designed to allow this core technology to serve as a single platform for agile product development across applications such as e-mobility and grid-connected power generation and storage. In March 2025, the company commenced a technology evaluation project with a global Tier 1 automotive supplier. In April 2026, Hillcrest announced finalization of the A-Sample design of its ZVS PCS1000 Grid Power Conversion System, a 250 kW, 800V DC sidecar rectifier module developed for next-generation AI data center infrastructure, with prototype demonstrations on track for June 2026.
Competitive Landscape
Pro stress-test →Hillcrest competes as a Canadian clean technology company focused on advanced power electronics for electric vehicles, grid-connected renewable energy systems, energy storage, data centers, and marine applications. The company differentiates through its proprietary ZVS technology offering superior efficiency. Primary competition comes from established semiconductor and power electronics suppliers (Infineon, Texas Instruments, ON Semiconductor) and emerging EV inverter specialists, though Hillcrest's focus on efficiency through ZVS represents a distinct technical approach versus conventional silicon-based solutions.
Industry Context
Hillcrest Energy Technologies Ltd. operates in EV power conversion systems.
Key facts
Founded: 2006 · Headquarters: Vancouver, Canada · Employees: N/A · Revenue: N/A · Market cap: N/A