CalWave relies on Wave Energy

CalWave announces the success of a pilot project around its X Wave technology. It thus demonstrates the potential of wave energy.

Partagez:

CalWave completes open ocean pilot project. Thus, the Californian company demonstrates the potential of wave energy.

X Wave, the promising technology of CalWave

This success of CalWave’s pilot project marks the end of a ten-month test on the West Coast of the United States. Conducted in partnership with the DOE, this study was to measure the effectiveness of the X Wave technology in the open ocean.

This is the first project of this magnitude to demonstrate the potential of this technology on a large scale. According to Jennifer Garson of DOE, this is a critical step in the commercialization of this energy source.

She states:

“Technologies like X Wave hold incredible potential to transform our energy production system. They can help coastal populations reduce their dependence on fossil fuels by leveraging the exploration of this marine energy source.”

A powerful and safe technology

During the test period, the CalWave system achieved the performance of hydrodynamic simulations validated in the laboratory. The on-board control system worked autonomously about 80% of the time of the operation.

The device ensured high performance with 99% network availability during the deployment period. The system has also demonstrated its robustness by withstanding high intensity storms and corrosion.

CalWave applied an environmentally friendly bio-coating to the X1’s hull to mimic erosion.

Given the effectiveness of the autonomous technology during the test phase, the operation was extended from 6 to 10 months.

A project that respects the marine environment

The CalWave team was able to monitor the impact on the marine environment using the sensors built into their system. The company has also partnered with the Pacific Northwest National Laboratory (PNNL) to operate audio and visual monitoring tools.

The company relied on the expertise of key partners for environmental preservation. These include the National Renewable Energy Laboratory, Sandia Laboratories, MarineLabs and UC Berkeley.

Swedish company Minesto will lead a consortium awarded €2.1 million funding to install an autonomous tidal-powered microgrid in the Faroe Islands aimed at off-grid communities.
Eco Wave Power Global AB will officially launch the first U.S. pilot wave energy project at the Port of Los Angeles on September 9, in partnership with AltaSea, an organization specializing in innovative maritime solutions.
The Burundian government officially launches the first phase of the Jiji-Mulembwe hydroelectric complex, a strategic 49.5 MW capacity project aimed at enhancing national energy supply through substantial international financing.
The Russian company InterRAO anticipates a 4% annual reduction in electricity exports, primarily impacted by a significant decrease in shipments to China due to limited hydroelectric production and rising domestic demand.
The global hydropower plants market is projected to reach USD 318.3 billion by 2032, driven by growing demand for renewable energy, increased adoption of micro-hydropower plants, and heightened government support, according to a recent report.
Port-au-Prince is without electricity after residents of Mirebalais forcibly shut down a hydroelectric plant protesting government inaction amid escalating gang-related violence.
Globeleq acquires a majority stake in Lunsemfwa Hydro Power Company, marking its entry into the Zambian energy market with two hydropower plants and a solar project.
The Asian Development Bank provides nearly a million dollars for improving Kyrgyzstan's energy system and considers an additional $150 million for the strategic Kambarata-1 hydroelectric dam.
Ukraine’s national operator Ukrhydroenergo announces an ambitious two-phase reconstruction plan to swiftly restore the Kakhovka hydroelectric dam, destroyed during the conflict, at an estimated cost of up to one billion dollars.
Swedish energy developer Minesto confirmed a 25% increase in output from its Dragon 12 tidal system, marking a key step towards commercial deployment in the Faroe Islands.
Axpo will start major works in May around its Beznau hydropower plant to meet the requirements of its new operating permit valid until 2052, including the creation of new ecological habitats.
Norwegian group Orkla announces the sale of its hydropower portfolio through two separate transactions, valuing the assets at NOK 6.1 billion. A strategic decision aimed at streamlining operations and refocusing priorities.
Eastern Kazakhstan plans to construct five hydropower plants with a total capacity of 74.3 MW, consolidating its position as a national leader in hydropower despite challenges related to land allocation.
Adani Group, a leader in renewable energy, plans to develop 10 GW of hydroelectric capacity in several Asian and African countries, including Bhutan, Nepal, Kenya, and Vietnam, to strengthen its green portfolio and achieve carbon neutrality by 2050.
The international technology group ANDRITZ has been selected to upgrade one of the units of Norway's largest run-of-river hydropower plant, Vamma, increasing its capacity by 22% while improving its energy efficiency.
Eco Wave Power and Lian Tat Sign a Historic Agreement to Develop the First Onshore Marine Energy Installation in Asia, Starting with a 100KW Pilot Project in Taiwan.
Uganda is undertaking the construction of three hydropower plants on the Nile to add 1,632 MW to its electricity capacity while exploring nuclear initiatives to diversify its energy mix in response to growing demand.
EDF and the Groupement d’intérêt public pour la réhabilitation de l’étang de Berre have reached an agreement to optimize the management of freshwater discharges into this Mediterranean lagoon, reducing the risks of suffocation for local fauna and flora.
Uganda boosts its energy capacity with the opening of the Karuma hydropower plant, financed by China to the tune of 1.7 billion dollars, marking a new stage in Sino-Ugandan cooperation.
Plastic waste accumulating in the turbines of the Ruzizi hydroelectric power station has forced us to cut electricity production by half for South Kivu and neighboring regions.