Author: Jane Briones

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Breakthrough For Renewables! Iberdrola Pilot Optimizes Battery Storage

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Power Up the Basque Country: Project Streamlines Electricity Grid for a Brighter Future [Image: Adobestock]

Iberdrola and Multiverse Computing Launch Groundbreaking Battery Optimisation Pilot in Northern Spain

In an exciting collaboration, Iberdrola and Multiverse Computing have successfully delivered a pioneering pilot project in northern Spain aimed at optimizing the installation of grid-scale batteries. This initiative marks a significant leap forward in ensuring grid stability as renewable energy sources continue to proliferate.

Harnessing the Power of Quantum Computing

As the energy landscape evolves with the integration of renewable generation, electric vehicles, heat pumps, and other distributed energy resources, battery storage has become crucial for maintaining grid stability. Multiverse Computing’s cutting-edge solution leverages quantum and quantum-inspired algorithms to determine the optimal number, type, and locations of batteries within the grid network. This innovative approach not only reduces costs but also enhances network performance.

Pilot Project Highlights

Overseen by i-DE, Iberdrola’s distribution company in Spain, the pilot project focused on the electricity grid in Guipuzkoa, a region in the Basque Country. During the ten-month trial, quantum and quantum-inspired algorithms consistently matched or outperformed classical benchmarks, maximizing grid reliability and voltage control.

A Hub of Innovation

This project is part of Iberdrola’s Global Smart Grids Innovation Hub and the Gipuzkoa Quantum Program. The collaboration showcases how advanced technology can drive significant improvements in grid management and energy distribution.

Key Insights from Industry Leaders

“With the power of quantum computing, private and public institutions can meet sustainability goals while saving on both fixed and variable costs,” said Enrique Lizaso Olmos, CEO of Multiverse Computing. “We are proud to support the development of more reliable and economical green energy in Spain alongside a world-leading clean energy provider like Iberdrola.”

Estibaliz Goni, Process and Technology Director at i-DE, expressed optimism about the project’s future potential: “The results of this pilot project are encouraging, and we will continue exploring the deployment of this technology. There are many challenges to overcome to ensure we have the smart and robust grids required to deliver the energy transition, and innovations like this will help us get there.”

The Future of Smart Grids

The successful implementation of this pilot project signals a promising future for smart grids and renewable energy in Spain. By harnessing the capabilities of quantum computing, Iberdrola and Multiverse Computing are setting a new standard for efficiency and sustainability in the energy sector.

Stay tuned as Iberdrola and Multiverse Computing continue to lead the charge in the energy transition, paving the way for a greener and more resilient future.

#Iberdrola #MultiverseComputing #QuantumComputing #SmartGrids #RenewableEnergy #EnergyTransition #BatteryStorage #GreenEnergy #Sustainability #Innovation

 

 

 

 

 

 

Credit:[Image: Adobestock]

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The Future Of Fuel? Essar Unveils Groundbreaking 125MW Hydrogen Plant

Norbida UK News
Double Duty at Stanlow: New Facility Provides Cleaner Energy and Boosts Efficiency[Image: Essar Energy Transition]

Essar Energy Transition Launches Groundbreaking 125MW Hydrogen Power Plant at Stanlow Refinery

Essar Energy Transition (EET) is setting a new standard in the energy sector with the launch of EET Hydrogen Power, Europe’s first hydrogen-ready combined heat and power plant. This innovative project, located at EET’s Stanlow refinery, is slated for completion in 2027 and represents a major leap towards a sustainable, low-carbon future.

Revolutionizing Energy Production

EET Hydrogen Power is not just another power plant; it’s a game-changer. With a capacity of 125MW of power and the ability to produce 6000 tonnes of steam per day, this plant will replace Stanlow’s existing boiler units, which currently generate approximately 50MW of power. The introduction of hydrogen to replace hydrocarbons will result in a staggering reduction of 740,000 tonnes of CO2 per year, marking a significant step in EET’s journey to becoming the lowest carbon process refinery globally.

Pioneering Low Carbon Hydrogen Production

This ambitious project will be developed in two phases and aims to support EET Fuels’ goal of becoming the world’s lowest carbon refinery by 2030, with a target to cut total emissions by 95%. EET Hydrogen Power will operate as an independent vertical within EET, positioning itself as a leader in low-carbon hydrogen production in the UK.

Supporting Regional Decarbonization and Employment

The benefits of EET Hydrogen Power extend beyond the refinery. By providing low-carbon power to other industrial users in the region, the plant will support their decarbonization targets and contribute to the wider HyNet industrial cluster’s goals. This project is more than just an investment in green energy; it’s an investment in the future of the North West, supporting and growing high-skilled employment in the region.

A Blueprint for Future Decarbonization

EET Hydrogen Power is a key infrastructure project, not only for EET but for the entire energy transition landscape. It forms a blueprint for future industrial and power decarbonization efforts. As part of EET’s $3 billion energy transition initiatives in the North West of England, this hydrogen-ready power plant is a testament to EET’s commitment to putting the UK at the forefront of low-carbon energy innovation.

Leadership in Action

“Launching EET Hydrogen Power shows the progress that Essar Energy Transition is making in delivering against its commitment to put the UK at the forefront of low-carbon energy,” said Tony Fountain, EET Managing Partner. “This project brings our commitment to life and demonstrates our intention to globally showcase the pathway to decarbonizing vital high-emitting industries.”

Rob Wallace, Chief Executive of EET Hydrogen Power, added, “We have bold ambitions for Stanlow to become a low-carbon transition hub at the center of the HyNet Industrial Cluster. EET Hydrogen Power will be Europe’s first 100% hydrogen-ready gas-turbine plant, supplied with EET Hydrogen’s low-carbon hydrogen. This project will create significant benefits by contributing to regional emissions reduction targets.”

Stay tuned as EET Hydrogen Power leads the charge in transforming the energy landscape and setting new benchmarks for sustainability and innovation.

#EET #HydrogenPower #EnergyTransition #LowCarbonFuture #SustainableEnergy #StanlowRefinery #HyNet #Decarbonization #GreenEnergy #UKEnergyInnovation

 

 

 

 

 

 

Credit: [Image: Essar Energy Transition]

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Swiss Life Plugs Into The Future With Acquisition Of Power-To-X Player

Swiss Life Asset Managers Acquires Vergia: Pioneering the Green Energy Transition in Norway

Exciting developments are unfolding in the world of green energy! Investment funds managed by Swiss Life Asset Managers have acquired Norwegian green energy transition platform Vergia from Arendals Fossekompani. This acquisition marks a significant step forward in the journey toward a sustainable future.

Fueling Growth and Innovation

The investment funds will provide essential financing to Vergia, fueling its growth and enabling the realization of key projects. One of the standout initiatives is a flagship green ammonia project in Arendal, Norway. This groundbreaking project will see the development and construction of a green ammonia plant and bunkering facility at the Eydehavn port, setting a new standard for sustainable energy solutions.

Vergia: A Visionary Platform

Established in 2022 and headquartered in Norway, Vergia is at the forefront of the energy transition sphere. By combining in-house expertise with strategic partnerships, Vergia focuses on developing infrastructure projects in alternative verticals, particularly Power-to-X and offshore wind. These initiatives are crucial in addressing Europe’s increasing need for renewable fuels to drive the energy transition.

Green Ammonia: The Future of Shipping Fuel

Swiss Life Asset Managers highlight the promise of green ammonia as a revolutionary fuel type poised to replace fossil fuels in the shipping industry. Emission-free and produced from water, air, and renewable energy, green ammonia offers a sustainable alternative that aligns perfectly with global decarbonization goals.

Strategic Insights from Swiss Life Asset Managers

“The acquisition of Vergia marks the first step in establishing a platform focusing on Power-to-X for our managed funds,” said Marc Schürch, Head of Renewable Energy at Swiss Life Asset Managers. He emphasized that Europe’s target to become climate neutral by 2050 can only be achieved through the decarbonization of all main forms of energy: electricity, heating, and fuels.

Norway: A Prime Location for Green Energy

Schürch further highlighted Norway’s strategic importance in the green energy landscape, noting its attractive locations and the experienced management team at Vergia. With a robust project pipeline and strong partnerships, the acquisition of Vergia provides an excellent foundation for building a successful platform dedicated to decarbonizing various sectors.

A Step Towards a Greener Future

This acquisition not only strengthens Swiss Life Asset Managers’ portfolio but also aligns with their ESG ambitions. By investing in innovative projects like the green ammonia plant, they are making significant contributions to the global effort to combat climate change.

Stay tuned as Vergia embarks on this exciting journey, driving forward the green energy transition and setting new benchmarks in sustainability.

#GreenEnergy #SustainableFuture #SwissLifeAssetManagers #Vergia #GreenAmmonia #RenewableEnergy #PowerToX #EnergyTransition #ClimateNeutral2050 #Norway #ESG

 

 

 

 

 

 

 

Credit:  [Image: Vergia]

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Luminus Charges Up With Plans For Massive Belgian Battery

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Ringvaart Power Plant Set for Transformation: Energy Supplier Submits Permit for Storage [Image: Luminus]

Belgium’s Luminus Unveils Ambitious 100MW Battery Project in Ghent

Exciting news is coming out of Ghent! Belgian energy producer Luminus is taking a major step towards a sustainable future with their latest venture: a 100MW battery project at the Ringvaart power plant.

Powering Up with Innovation

Luminus has officially submitted a permit application for this groundbreaking storage park, which will seamlessly connect to the ELIA grid in the Ghent canal zone. This project is set to be a game-changer, addressing the ever-growing need for flexibility and stability in our electricity grid.

A Boost for the Community

Imagine a site with a 100MW capacity and an impressive storage capacity of 400MWh—enough to cover the daily consumption of 42,000 families! This ambitious project aims to be up and running by the end of 2026, bringing significant benefits to the community and beyond.

Leading the Renewable Energy Charge

“As number one in wind energy on the mainland and hydropower in Belgium, we are fully committed to renewable energy,” says Luminus CEO Grégoire Dallemagne. With battery projects like the ones in Ringvaart and Lixhe in Wallonia, Luminus is paving the way for greater grid flexibility and the continued growth of renewable energy sources.

A Sustainable Shift

Interestingly, the 400MWh battery project at Ringvaart will replace Luminus’ previous plan to install two to six open-cycle gas turbines at the same location. This shift underscores their dedication to sustainable energy solutions. Rest assured, the existing power plant will remain operational, ensuring no disruption to current energy supplies.

Stay tuned as this exciting project progresses and join us in celebrating another step towards a greener, more sustainable future!

#Luminus #RenewableEnergy #BatteryStorage #Sustainability #GreenEnergy #Ghent #EnergyInnovation

 

 

 

 

 

Credit: [Image: Luminus]

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Siemens Energy Makes Major Move

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Siemens Energy goes global! €1.2bn to supercharge grid business worldwide! [Image: Siemens Energy]

Siemens Energy to Hire Over 10,000 Employees in Major Grid Expansion

In a bold move to expand its electricity grid business, Siemens Energy has announced plans to hire more than 10,000 new employees. This initiative is part of a €1.2 billion, six-year growth plan aimed at bolstering the company’s Grid Technologies division, its largest revenue driver.

 A Strategic Response to Industry Challenges

As reported by the Financial Times, this ambitious expansion plan is expected to help Siemens Energy navigate the challenges faced by its wind turbine subsidiary, Siemens Gamesa. The Grid Technologies division, which already stands as the world’s second-largest manufacturer of electricity transmission equipment, is set to increase its workforce by two-thirds by 2030. The €1.2 billion capital expenditure will be allocated towards new factories and enhanced manufacturing capacities across the US, Europe, and Asia.

 Meeting Surging Demand

Tim Holt, head of the Grid Technologies division, emphasized the growing need for robust grid infrastructure. “Surging demand for electricity, a wave of renewable projects requiring better grid connections, and widespread ageing infrastructure are driving the need for advanced grid equipment,” Holt explained. This surge in demand is a clear indicator of the global shift towards renewable energy and the necessity for upgraded electricity transmission systems to handle the increasing loads.

 Global Expansion and Job Creation

Siemens Energy’s expansion is set to unfold rapidly, with the majority of the growth materializing within the next two years. Of the new jobs, 40% will be based in Europe, 20% in the US, 20% in India, and the remaining 20% spread across the rest of Asia and Latin America. This global distribution of new positions underscores the company’s commitment to strengthening its presence and capabilities worldwide.

 Impressive Order Growth

The Grid Technologies division has seen remarkable growth in recent years. From 2021 to 2023, orders doubled from €7 billion to €15 billion, with €12 billion in orders recorded in just the first half of this year. This impressive performance highlights the increasing demand for Siemens Energy’s grid solutions and the company’s ability to meet these needs effectively.

 Looking Ahead

Siemens Energy’s strategic expansion not only aims to address current industry challenges but also positions the company for long-term success in the evolving energy landscape. By investing in new infrastructure and significantly expanding its workforce, Siemens Energy is poised to play a crucial role in the global transition to sustainable energy. #SiemensEnergy #GridExpansion #RenewableEnergy #SustainableFuture #EnergyInfrastructure #GlobalGrowth #JobCreation #ElectricityGrid #EnergyTransition #CleanEnergy #TechnologyInnovation #IndustryLeadership #TimHolt

 

 

 

 

 

 

Credit: [Image: Siemens Energy]

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Wind Power Gets An Upgrade: ABO Wind Evolves Into ABO Energy

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ABO Wind is now ABO Energy! Plus, a new legal structure for a more dynamic future. [Image: ABO Energy]

ABO Wind Becomes ABO Energy: A New Chapter in Renewable Energy

German renewable energy developer ABO Wind has officially transitioned from a stock corporation (AG) to a partnership limited by shares (KGaA), changing its name to ABO Energy GmbH & Co KGaA. This pivotal move marks the beginning of a new era for the company, reflecting its expanded focus and international ambitions.

 A Strategic Transformation

The change was solidified with the new company’s entry into the commercial register of the Wiesbaden District Court. The transition, overwhelmingly approved by 87% of shareholders at an Extraordinary General Meeting in October 2023, underscores a strategic shift aimed at preserving the influence of founders Jochen Ahn and Matthias Bockholt on future company decisions and corporate culture, especially amid anticipated capital increases.

 Embracing a Broader Vision

ABO Wind has long outgrown its original name. The rebranding to ABO Energy more accurately represents the company’s diverse expertise across four key technologies of the energy transition: wind, solar, storage, and hydrogen. This name change mirrors the company’s broadened vision and international reach, aligning with its growing pipeline of projects.

 Overcoming Challenges

The path to transformation wasn’t without hurdles. Despite the overwhelming shareholder support in October 2023, legal challenges delayed the implementation of the new structure. The April 2024 General Meeting was still held under the name ABO Wind AG. However, with all necessary documents submitted, the Wiesbaden District Court has now formalized the change, allowing ABO Energy to step confidently into its future.

 Looking Forward

Founding director Jochen Ahn expressed enthusiasm about the transition: “We are very pleased that we can now begin a new chapter in our company history as ABO Energy KGaA.” With a robust pipeline of 23GW across various technologies and an additional 20GW dedicated to hydrogen projects, Ahn remains optimistic about the future.

“Our business model and values remain steadfast,” Ahn continued. “As ABO Energy, we aim to build upon and expand the many good partnerships we’ve cultivated over the past 28 years. Transparency towards our shareholders is crucial, and we strive to make our company even more attractive on the capital market. Our commitment to Environmental, Social, and Corporate Governance (ESG) will undoubtedly support this endeavor.”

 A Bright Future Ahead

The rebranding to ABO Energy signifies more than a name change; it’s a commitment to a more sustainable future. By leveraging its extensive experience and expanding its technological portfolio, ABO Energy is poised to play a pivotal role in the global energy transition. This transformation highlights the company’s dedication to innovation, sustainability, and growth, setting the stage for continued success in the renewable energy sector. #ABOEnergy #RenewableEnergy #EnergyTransition #WindEnergy #SolarPower #EnergyStorage #HydrogenPower #Sustainability #CorporateGovernance #CleanEnergy #EnvironmentalCommitment #EnergyInnovation

 

 

 

 

 

 

Credit: [Image: ABO Energy]

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Powerhouse Partnership: Corre And SemperPower Team Up For Dutch Energy Storage

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Dutch energy gets a supercharge! New venture launches 320MW battery project at Zuidwending. [Image: Corre Energy]

Corre Energy and SemperPower Join Forces for Massive 320MW Battery Storage Project in the Netherlands

In a groundbreaking partnership, Corre Energy and Dutch battery specialist SemperPower have formed a joint venture to develop one of Europe’s largest battery storage facilities. Set to be built at the 320MW Zuidwending site in the Netherlands, this ambitious project marks a significant milestone in the continent’s renewable energy journey.

Pioneering Energy Storage

The joint venture (JV) will see SemperPower, owned by Return Energy, and Corre Energy collaboratively deliver a 640MWh, two-hour battery storage project. With an initial investment of €7 million, Corre Energy’s contribution will be represented by capital already invested in the project to date. This strategic partnership is poised to address critical grid balancing needs in the Netherlands, accommodate increasing renewable energy supplies, and create substantial societal and environmental benefits.

Environmental Impact and Future Prospects

The JV estimates the project will eliminate over 70,000 tonnes of carbon dioxide annually. This initiative complements Corre Energy’s Compressed Air Energy Storage (CAES) plans, offering an additional revenue stream and reinforcing their commitment to sustainability. The battery facility, sharing the same grid infrastructure as the planned CAES facility, will form a comprehensive energy storage hub capable of managing energy from milliseconds to multiple days.

Expertise and Economic Viability

SemperPower brings extensive expertise in battery infrastructure sourcing, development, and operation. Their responsibilities will include finalizing offtaker agreements and project financing, leveraging significant debt facilities. Thorough offtake demand and pricing analyses have validated the economic projections for the project, ensuring a sound financial foundation. With three existing projects in the Netherlands and a strong pipeline backed by Return Energy, SemperPower’s experience will be instrumental in the JV’s success.

Strategic Vision and Future Development

Targeting a fixed 10-12 year offtake agreement, the JV aims to mitigate market revenue risks. The final investment decision (FID) is expected in late 2025, which will propel the project into its next phase, delivering development fees aligned with industry standards. The total capital expenditure during construction and installation will be around €300 million, leading to recurring annual income once commercial operations commence in 2026.

Transformative Impact on the Energy Landscape

This partnership is not just about creating a massive battery storage facility; it’s about transforming the energy landscape. The multi-duration energy storage hub will enhance energy security, foster job creation, and boost the local economy. Keith McGrane, CEO of Corre Energy, highlighted the broader impact, stating, “This major new partnership with Semper Power and Return Energy speeds up and broadens our income profile for Zuidwending while delivering critical storage to meet future energy consumption needs. We believe batteries could play a major role in our current and future projects. It’s a model we can replicate and scale because the economics stack up, it can accelerate projects, and the technology is highly complementary.”

A Collaborative Effort for a Greener Future

Dennis Schiricke, CEO of SemperPower, emphasized the collaborative nature of the project, “Through this joint venture, we aim to support regional stakeholders by accelerating the energy transition, a goal achievable only through collective efforts. This project stands to bring numerous benefits to the local region, including enhanced energy security, job creation, and a boost to the local economy. By working together, we can inspire collective action and tackle sustainability challenges head-on.”

As local and national consultations commence, this joint venture is set to bring a new era of sustainable energy to the Netherlands. Stay tuned for updates on this transformative project, as Corre Energy and SemperPower lead the way towards a greener, more resilient energy future. #BatteryStorage #RenewableEnergy #GreenEnergy #EnergyTransition #CorreEnergy #SemperPower #SustainableFuture #NetherlandsEnergy #GridBalancing #CleanPower #EnvironmentalImpact #EnergySecurity #JobCreation #EconomicBoost

 

 

 

 

 

 

Credit: [Image: Corre Energy]

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European Energy Makes Major Move In Romania’s Grid Market

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Cleaner air, brighter future! Developer receives approval for game-changing renewables project. [Image: European Energy]

European Energy Powers Up Romania with Massive Renewable Push! 

Big news for Romania’s clean energy future! European Energy has just secured grid connection approvals for a whopping 500MW of solar and wind projects across the country. ☀️ This is a major leap forward for renewable energy in Romania, bringing these projects closer to construction and pushing European Energy’s total development pipeline in the country to over 1.5 GW!

What does this mean?

  • More clean energy for Romania: These projects will generate significant renewable power, helping Romania reduce its reliance on fossil fuels and achieve its clean energy goals.
  • Jobs and investment: Construction and operation of these projects will create jobs and boost the Romanian economy.
  • A secure energy future: By diversifying its energy mix, Romania will become less reliant on volatile energy prices and ensure a more secure energy supply.

This is just the beginning! European Energy is actively working to secure grid connection approvals for their remaining projects, and they’re excited about the upcoming renewable energy support scheme in Romania.

Romania’s renewable energy potential is vast, and European Energy sees a bright future. As Ioannis Kalapodas, head of European Energy’s Romania office, says: “The upcoming auction for Contract for Difference… will unlock the implementation of more wind and solar projects.”

Thorvald Spanggaard, Executive Vice President and Head of Project Development at European Energy, agrees: “Securing 500MW of grid connection approvals is a step towards achieving a leading position in the market… Romania can foster a new progressive stream of renewable energy development.”

Stay tuned for more updates! This is a significant development for Romania’s clean energy future, and we’re excited to see these projects come to life.

What are your thoughts on this news? Share your comments below! #Romania #Renewables #WindPower #SolarEnergy

 

 

 

 

 

 

Credit: [Image: European Energy]

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Belgium Gets A Boost: Engie Begins Construction Of 200MW Battery Facility

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Vilvoorde to become a clean energy hub: Massive battery project underway! [Image: Engie]

Groundbreaking Ceremony Marks New Era for Vilvoorde with 200MW Battery Park

Excitement buzzed through the air as Mayor Hans Bonte, local officials, and energy enthusiasts gathered to celebrate the groundbreaking ceremony for a state-of-the-art 200MW battery park at the Engie site in Vilvoorde, Belgium. This monumental event marks a significant step towards a greener and more sustainable future for the region.

 A Leap Towards Sustainability

The French energy developer Engie secured the construction permit for this ambitious project in July 2023. Following its selection for a capacity payment in October 2023, the project swiftly transitioned from planning to action. A sprawling 3.5-hectare site has been prepared to host 320 battery modules, each an impressive 25 meters by four meters by three meters.

 Phased Power-Up

The park’s start-up will unfold in two phases: the first 100MW of batteries will go live in September 2025, with the remaining 100MW becoming operational by January 2026. Once fully functional, the park will boast the ability to store 800 MWh of power, capable of supplying electricity to 96,000 households for four hours—equivalent to 160,000 5kWh home batteries.

 Engie’s Global Vision

Engie’s commitment to renewable energy and storage is clear. The group aims to install 10GW of battery storage worldwide by 2030. In Belgium alone, in addition to the Vilvoorde site, Engie is developing two other significant battery projects: a 100MW facility in Kallo and an 80MW installation in Drogenbos. Permits for these projects have already been obtained, signaling a robust pipeline for the nation’s energy transition.

 The Future of Energy in Vilvoorde

Vincent Verbeke, CEO of Engie Belgium, highlighted the importance of this technology in balancing the intermittency of renewable sources like wind and solar power. “Our teams are more focused than ever on meeting the growing need for flexibility, with a view to providing sustainable, reliable, and affordable energy,” he emphasized.

Mayor Hans Bonte also expressed his enthusiasm for the project, noting the historic transformation of the site. “The Vilvoorde site will become a crucial link in making the Belgian sustainable energy transition a success,” he stated. He also mentioned plans for a green recreational area adjacent to the cooling towers, enhancing the city’s commitment to sustainability and honoring its industrial heritage.

 A Greener Future for All

As the Engie team and the city of Vilvoorde embark on this exciting journey, the 200MW battery park stands as a testament to innovative technology and unwavering commitment to a sustainable future. With projects like this, Belgium is not only poised to meet its energy needs but also to set a precedent for renewable energy integration worldwide.

Stay tuned for more updates on this transformative project as Vilvoorde paves the way for a greener, more resilient energy landscape. #SustainableEnergy #RenewableEnergy #BatteryStorage #GreenEnergy #EnergyTransition #Vilvoorde #Engie #FutureOfEnergy #GreenTechnology #CleanEnergy

 

 

 

 

 

 

Credit: [Image: Engie]

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Taking Solar Offshore! SolarDuck & RWE Launch Floating Pilot

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Deeper Than You Think! This 500kW floating solar array isn't afraid to get wet! Installed 12km off Scheveningen in 20 meters of water, it's a game-changer for renewable energy. ☀️ [Image: SolarDuck]

Riding the Waves: SolarDuck’s Offshore Floating Solar Project, Merganser

In an ambitious stride towards innovative renewable energy solutions, Dutch-Norwegian company SolarDuck, with the support of RWE, has successfully installed the offshore floating solar project, Merganser. This 500kW pilot project, located approximately 12km off the coast of Scheveningen in the Dutch North Sea, aims to revolutionize solar power by harnessing the potential of offshore floating solar technology.

Testing the Waters: Merganser’s Groundbreaking Design

The Merganser project is a significant step forward in demonstrating the structural, mooring, and electrical designs necessary for large-scale commercial deployment of floating solar. Consisting of six interconnected platforms, the scalable concept is engineered to withstand the harshest offshore conditions, floating several meters above the water and following the waves like a carpet. This innovative design ensures that critical components remain dry, clean, and stable, maintaining the structural integrity of the semi-submersible floating platform.

Recently, SolarDuck’s design received the world’s first certification for offshore floating photovoltaic (OFPV) systems from Bureau Veritas, underscoring its pioneering approach in the renewable energy sector.

Partnership Power: RWE’s Role and Vision

RWE, a global leader in renewable energy, has provided crucial offshore expertise and technical support for the Merganser project. Sven Utermohlen, CEO of RWE Offshore Wind, highlighted the potential of offshore floating solar: “Standalone or in combination with offshore wind farms, offshore floating solar could open up further offshore renewable energy opportunities – especially for countries with lower average wind speeds but lots of sunlight. With Merganser, we are gaining unique insights and first-hand experience in one of the most challenging offshore environments in the world.”

Collaboration and Innovation

The successful installation of Merganser is a testament to the dedication and collaboration of SolarDuck and its partners. Koen Burgers, CEO of SolarDuck, praised the collective effort: “The successful installation of Merganser is proof of the dedication of SolarDuck’s team to electrify the world with offshore floating solar. However, we are not doing this alone. Our project partner, RWE, is a supporter of our technology and vision, in addition to other partners such as TNO, TU Delft, MARIN, and Deltares. Together with numerous supply chain partners, including Damen Shipyards, TMA, and Norsk Hydro, we have turned hard work into a positive change for the energy space.”

Monitoring and Future Insights

Over the next two years, Merganser will be monitored remotely using more than 180 sensors to track structural loads, connector and mooring loads, and electrical performance. Deltares, a Dutch independent institute for applied research, will support an extensive monitoring campaign to assess the ecological impact of OFPV.

A Bright Future for Offshore Solar

The Merganser project represents a bold step towards sustainable energy solutions, demonstrating the feasibility and potential of offshore floating solar power. By overcoming the challenges of the offshore environment, SolarDuck and its partners are paving the way for a cleaner, more resilient energy future. #OffshoreSolar #RenewableEnergy #SolarDuck #RWE #FloatingSolar

 

 

 

 

 

 

Credit: [Image: SolarDuck]