From Our Blogs

A new online database maps out scientific and regulatory data for marine energy regulators and developers to accelerate and reduce the cost of permitting.

From a report on markets marine energy could serve, a national lab team focuses on 10 key research areas that are fundamental challenges for marine energy to integrate into high-priority ocean-based industry applications.

WPTO selected 10 projects to receive funding as part of efforts to support marine energy R&D and testing infrastructure.

Two deployed river hydrokinetic system help power Igiugig, Alaska, simultaneously reducing diesel dependence and supporting a local workforce.

Team conducts in-water demonstrations for a novel “Water Horse” hydrokinetic device that sits above rushing rivers, taking a first step to collect data to analyze its true costs and validate its potential as a reliable, lower-cost source of clean energy.

The newly awarded Atlantic Marine Energy Center will provide research and testing capabilities for marine energy, with the awarded coalition focusing on ocean-based industries.

The TEAMER program grew substantially in its second year to 37 requests for technical support in Fiscal Year 2021—and expanded its network from 30 to include more than 90 different capabilities.

Sandia Wave Energy Power Take-Off Lab provides its first simulations for an industry partner, AquaHarmonics, leveraging its unique capabilities to evaluate performance on the wave energy converter device in advance of open-ocean testing in Hawaii.

Research team conducts tests to advance a flying underwater kite that could power deep sea research by harnessing and storing clean ocean energy from slow-moving currents.

The Virtual Seedling Water Power Innovation R&D Showcase brought together more than 40 researchers to provide details and insight into innovations funded through the WPTO Seedlings program, a novel effort funding advancements in marine energy.