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Harnessing Oceanic Energy at Los Angeles Port: A Shift Towards Maritime Power Generation

Waves in the Port of Los Angeles are generating electricity through the motion of floating blue devices resembling paddles.

Harnessing Oceanic Energy at Los Angeles Port's Shores: A New Wave of Power Generation
Harnessing Oceanic Energy at Los Angeles Port's Shores: A New Wave of Power Generation

Harnessing Oceanic Energy at Los Angeles Port: A Shift Towards Maritime Power Generation

Wave energy, a promising source of renewable power, is gaining attention as an endlessly renewable and reliable source that is not dependent on daylight or weather conditions, unlike solar and wind power respectively.

One innovative project, Eco Wave Power, is making waves in the renewable energy sector. The pilot project, currently underway in California, has the potential to power 60,000 US homes. If successful, the project could expand to cover the entire 13-kilometer breakwater protecting the port with hundreds of floaters.

The design of Eco Wave Power's device is unique. The floaters, resembling piano keys, rise and fall with each wave. When the floaters rise, they trigger a mechanism that allows the hydraulic pistons to push a biodegradable fluid through pipes to a container filled with accumulators. When the pressure is released, it spins a turbine that generates electrical current.

The project is co-founded by Inna Braverman, who dreams of 20-megawatt projects, a critical capacity needed to offer electricity at rates that can compete with wind power. If achieved, this could significantly contribute to California's energy demand, particularly from AI and data centers, and help the state achieve its carbon neutrality goal by 2045.

The Eco Wave Power project predates Donald Trump's administration, and its potential has been highlighted by the Energy Commission in California. The commission sees wave energy as a valuable resource in California's quest for carbon neutrality.

Eco Wave Power is not just limited to California. The startup plans to identify and develop dozens more suitable sites for similar projects in the United States. Installations are also planned in Taiwan and India.

Meanwhile, in Porto, Portugal, wave energy installations are expected to power 1,000 homes by 2026. Up to 100 homes in the port of Jaffa, Israel, have been powered by waves since December.

The floaters are designed to retract and rise to avoid damage during high waves, ensuring that local wildlife is not harmed. This commitment to environmental sustainability is a key aspect of Eco Wave Power's mission.

Jenny Krusoe, founder of AltaSea, an organization that helped fund the project, emphasizes the importance of developing and implementing wave energy technology faster. She believes this is crucial for California due to increasing energy demand from AI and data centers.

With the potential to power 130 million homes or supply around a third of the electricity used every year in the United States, wave energy could play a significant role in the global transition away from fossil fuels. The future of wave energy looks promising, and projects like Eco Wave Power are leading the way.

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