The field of unmanned surface vehicles (USVs) has witnessed rapid advancements, particularly in the integration of wave energy harvesting systems. These vehicles convert the incessant kinetic energy ...

After more than a decade of planning, permitting, community outreach, drilling, cable-laying and construction, Oregon is now home to the largest-capacity wave energy testing facility in the world.

Did you know that at least since the 17 th century, humans have studied how to turn ocean waves into energy? But like with many other renewable energies, it was only after the oil price crisis of 1973 ...

In theory, harnessing all the wave energy along the coasts of the United States could generate 2.64 trillion kilowatt hours of power. Cost and the corrosive nature of salt water are but two obstacles ...

While still a nascent market, wave energy is finally becoming a viable source of renewable power. With increased investment, new technology could change the way we harness the ocean’s potential Wave ...

This is read by an automated voice. Please report any issues or inconsistencies here. The first onshore wave energy project in the U.S. launched at Port of Los Angeles. It produces little power yet, ...

Control and inverse problems in wave equations and graphs constitute a dynamic field at the intersection of applied mathematics, engineering and physics. This area investigates how waves propagating ...

Many species, not just human beings, depend on coral reefs for sustenance and protection. Photo credit: Curt Storlazzi. We have a lot of stake in the coast. Coastal waters are where we host fisheries, ...

Oregon is poised to become a center of wave energy technology development. Oregon completed construction on the largest wave energy testing center on the planet in the spring of 2025. The PacWave ...

On a recent sunny morning in a channel at the Port of Los Angeles, seven blue steel structures that look like small boats are lowered into the ocean one by one. Attached to an unused wharf on a site ...