Solar Duck Begins Construction of World's Largest Offshore Floating Solar Power Plant

The construction of the world's largest floating offshore solar power plant has begun. The groundbreaking start signals a monumental advancement in renewable energy efforts.

(Photo : Solarduck)

The Nautical SUNRISE project is set to support the world's largest Offshore Floating Solar power installation. The € 8.4 million project, supported with € 6.8 million of the Horizon Europe programme, kicked off in December 2023 to execute research and development on offshore floating solar (OFS) systems and its components.

World's Largest Offshore Floating Solar Power Plant

Construction has commenced on what will soon become the world's largest offshore floating solar (OFS) power plant, boasting an impressive capacity of five megawatts (MW).

This innovative project, which involves design, construction, and demonstration phases, is being undertaken using a modular solution. Spearheading this groundbreaking initiative is Solar Duck, a company based in the Netherlands, known for its cutting-edge technology in the renewable energy sector.

SolarDuck has initiated an ambitious 8.4 million euro endeavor to construct the world's largest offshore floating solar project. This initiative will be seamlessly integrated, certified, and situated within the OranjeWind wind farm project, located off the western coast of the Netherlands.

Prior to commencing construction, the Nautical SUNRISE consortium will undertake comprehensive research across various facets of the project.

This entails ensuring the offshore floating project's reliability, survivability, electrical stability, and yield. Based on the consortium's findings, a meticulous scale-up strategy will be devised to tackle emerging challenges and facilitate the project's commercialization.

Moreover, the consortium will undertake a thorough sustainability assessment, evaluating factors such as environmental impact, full life cycle, and circularity of the OFS systems. This assessment will extend beyond the demonstrator project to encompass potential gigawatt-scale projects in the future.

Don Hoogendoorn, SolarDuck's Chief Technology Officer, expressed enthusiasm about the project, emphasizing its role in pushing the environmental boundaries of design while gaining valuable insights into ecological and reliability aspects.

Adoption of Solar, Wind Energy Solutions

Amid global efforts to reduce dependence on fossil fuels, there has been a noticeable surge in the adoption of solar and wind energy solutions. While the declining costs associated with these renewable technologies are certainly encouraging, there are concerns regarding their relatively lower energy conversion rates.

Furthermore, both wind and solar energy installations typically require extensive land areas to harness significant power output effectively, highlighting the need for innovative solutions like offshore floating solar projects.

With land resources on Earth already allocated for diverse purposes such as housing, agriculture, and industrial development, Interesting Engineering reported that the potential for land-based solar farms is becoming increasingly limited.

In response to this challenge, the wind energy sector has made significant strides by transitioning to offshore platforms, where larger turbines can harness higher-speed winds to produce greater amounts of clean energy.

Given the success of offshore wind farms, there is a growing consensus that it is now opportune for solar farms to follow suit and venture into offshore territories.