Hillcrest Energy Technologies
Hillcrest Energy Technologies develops advanced electric power conversion technologies, focusing on its proprietary Zero Voltage Switching (ZVS) technology for e-mobility powertrains and grid-connected systems.
Services
Hillcrest Energy Technologies develops electric power conversion technologies. These technologies serve next-generation e-mobility powertrains and grid-connected power systems. The company is actively engaged in testing and consulting services for its grid inverter technologies with Powertech Labs. This partnership assists in the development and validation of their ZVS inverter technology for grid-connected applications.
Products
Hillcrest Energy Technologies has launched its first product, an EV traction inverter. This inverter is designed to offer new levels of efficiency, performance, and reliability that are not available in conventional inverters on the market. The company aims to provide cutting-edge solutions by leveraging its proprietary ZVS technology.
ZVS Technology
Hillcrest Energy Technologies employs Zero Voltage Switching (ZVS) technology, a unique approach to soft switching. ZVS technology combines proprietary power electronics hardware and firmware to enhance electric systems. It is based on an adaptable architecture designed to serve as a single platform for quick and agile product development across various applications, including e-mobility and grid-connected power generation and storage.
IP Portfolio
Hillcrest Energy Technologies boasts a growing IP portfolio, which is 100% owned by the company. This intellectual property underpins the company's technologies and provides a solid foundation for its continued innovation and market expansion.
Milestones
One of Hillcrest Energy Technologies' significant milestones is the first in-vehicle demonstration of its ZVS traction inverter. This demonstration took place in a Hercules Electric Mobility powered E-boat on Orchard Lake, Michigan. This achievement highlights the practical applicability and advanced performance of their ZVS technology in real-world conditions.
