Hillcrest Energy Technologies Partners with Powertech Labs to Advance Grid Inverter Technology

Hillcrest Energy Technologies has announced a significant partnership with Powertech Labs, a subsidiary of BC Hydro. Under this agreement, Powertech Labs will provide testing and consulting services to support Hillcrest in the development and validation of its ZVS inverter technology for grid-connected applications. This collaboration represents a crucial step forward in bringing Hillcrest's grid inverter technologies to market by leveraging Powertech Labs' state-of-the-art test facilities, experienced experts, and extensive industry relationships.

The partnership enables Hillcrest to accelerate the development and validation process for its ZVS technology, which is poised to set a new industry standard for grid-connected power inverters. Hillcrest's ZVS technology focuses on delivering unparalleled efficiency, performance, and reliability while enhancing power quality, minimizing harmonics, and reducing current distortion injected into the grid. These improvements provide substantial benefits to grid operators by requiring less effort and reducing system costs while offering strategic advantages in system design and operation.

James Bolen, the Chief Commercialization Officer of Hillcrest Energy Technologies, expressed enthusiasm for the collaboration, emphasizing its importance in advancing grid-connected applications. The technology's ability to improve energy output predictability and stability represents a significant advancement in power conversion systems. This collaboration with Powertech Labs marks a major milestone for Hillcrest as it progresses toward commercializing its innovative ZVS inverter technology and revolutionizing grid-connected applications across the energy sector.

By leveraging the expertise and resources of Powertech Labs, Hillcrest is well-positioned to accelerate the development and validation of its cutting-edge technology, ultimately benefiting the entire energy industry. The partnership demonstrates the growing importance of advanced power conversion technologies in addressing grid stability and efficiency challenges while supporting the transition to more reliable and cost-effective energy systems.