CorPower Ocean secures €32 million to market wave energy
The innovative technology is inspired by the pumping of the human heart, to harness waves to generate clean electricity.
The innovative technology is inspired by the pumping of the human heart, to harness waves to generate clean electricity.
With an estimated capacity of 15 MW, this plant is a step forward for the Romanian energy industry, aiming to increase sustainability in the agricultural sector.
This discovery could reduce the amount of materials that would need to be transported from Earth, facilitating the creation of extraterrestrial settlements.
The company presents a test bench for 35 MW wind turbines, with the capacity to simulate 20 years of operation in just one year.
Tests have confirmed that the technology is viable and ensures reduced environmental impact and operational costs with construction.
This development is important for the evolution of batteries for electric vehicles, surpassing the performance of lithium-ion batteries.
The first vessel in the CSOV series, it is equipped with a hybrid-electric propulsion system and has the ability to operate on hydrogen.
DNV's joint project on floating substations focuses on updating standards for deepwater wind power installations.
Norwegian company signs joint agreement to equip platforms with K-BOS technology, improving safety in ultra-deepwater drilling.
The 26-megawatt offshore wind turbine can produce 100 million kWh per year, saving 30,000 tons of coal
The 300 MW gas turbine in China has the capacity to generate 450,000 kWh/hour and improve energy efficiency to 55%, an achievement that represents a major technological development after eight years of research.
Mooreast has been involved in floating wind power projects in Japan and Europe and will bring its vast experience to bear in addressing the challenges facing the industry.