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SolarDuck will build a 5MW solar demonstrator with innovative integrated energy storage solutions

Project due to become operational in 2026.

SolarDuck will build a 5MW solar demonstrator with innovative integrated energy storage solutions

Moscow, November 14 - Neftegaz.RU. SolarDuck awarded the world´s largest hybrid offshore floating solar power plant at the offshore wind park Hollandse Kust West VII (Netherlands), following winning bid of RWE´s subsidiary Oranje Wind Power II.

  • SolarDuck will build a 5MW demonstrator with innovative integrated energy storage solutions;
  • The Hollandse Kust West (´HKW´) hybrid offshore wind and offshore floating solar (´OFS´) project catapults the Dutch-Norwegian company towards commercialization and accelerates the scaling up of manufacturing, assembly and installation;
  • Project due to become operational in 2026.

Following the collaboration agreement signed between SolarDuck and RWE in July this year, SolarDuck was selected as the exclusive provider for offshore floating solar (´OFS´) technology with integrated energy storage in RWE´s bid for the offshore wind farm HKW VII. The successful bid will now materialize a hybrid OFS power plant at scale.

SolarDuck´s CEO Koen Burgers states:

  • This is a flagship project for SolarDuck and an important milestone for the wider OFS industry.
  • SolarDuck, being the first to build a hybrid project at this scale, will demonstrate the robustness of our solution, prove the important role of system integration in building future-fit energy systems, and enable the scaling of the technology to accelerate its adoption.
  • We are proud to work together with our partner, RWE, in this important project.

SolarDuck accelerates scaling and commercialization of its technology Delivering this project will enable SolarDuck to scale faster, reap the associated cost benefits and ultimately accelerate commercial projects at grid scale.

Hybrid offshore wind and OFS projects promise to accelerate the adoption of OFS at scale. The complementarities between wind and solar resources as well as making better use of existing infrastructure and the ocean space will drive the growth of hybrid OFS projects. In this way, SolarDuck can have a deeper impact in decarbonizing the world, particularly in sunny regions of the world where land is scarce.

Source : Neftegaz.RU


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