C·Power has been selected for award negotiations for DE-EE0008627: development of a novel, remote, low-power wave energy converter for non-grid applications. This $3 million project seeks to design, deliver, and… read more →
What do coconut, macadamia nuts, and spam have in common?… Looking forward to our deployment at the Wave Energy Test Site in Hawaii this year. What does 2019 look like… read more →
Columbia Power, along with Sweden-based CorPower, topped the review of available near-commercial wave energy technology suppliers, which was part-financed by the Sustainable Energy Authority of Ireland (SEAI). The review, dubbed Horizon… read more →
Columbia Power is proud to announce receipt of our first European patent. The Patent No. EP299023 titled “Direct Drive Wave Energy Conversion” is CPower’s 14th patent worldwide. It covers the… read more →
Columbia Power—the worldwide leader in direct-drive wave-power systems for both utility-scale and low-power applications—is pleased to announce the successful test of an autonomous, low-power wave-energy-system as part of the US… read more →
Columbia Power was one of 33 small businesses that have been selected by the U.S. Department of Energy (DOE) to work directly with DOE National Labs to accelerate the transformation… read more →
Columbia Power has received a patent from New Zealand for it’s generator air-gap control system. This is the first of the Company’s pending national patents to issue for its innovative… read more →
DNV GL, the world’s largest resource of independent energy experts and certification body, has awarded Columbia Power Technologies innovative StingRAY wave energy converter with a Statement of Feasibility. Columbia Power… read more →
We are pleased to announce our newest project – the open-water demonstration of a utility-scale StingRAY at the US Navy’s Wave Energy Test Site (WETS). The StingRAY wave power technology… read more →
Original post from the US Department of Energy: Ryan Sun Chee Fore, Marine and Hydrokinetic Technology Manager With up to 1,400 terawatt hours of potential power generation per year, our nation’s… read more →