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center in Scurf Dyke, near Kingston Upon Hull, is being developed by BayWa r.e. as well as is scheduled to go into operation prior to the end of 2023. The

BayWa r.e. has taken two utility-scale floating solar projects to the finish line in the Netherlands, bringing a sizeable installed capacity boost to the segment in Europe. The clean energy firm finished deploying the 14.5MWp Sekdoorn installation near the Dutch city of Zwolle in mid-October, about three months after completing 8.5MWp Tynaarlo in the neighbouring Drenthe province. Dr Benedikt Ortmann, BayWa r.e.’s managing director and head of solar projects, told PV Tech this week the firm is now looking to connect both floating projects before year-end. Sekdoorn took, according to Ortmann, only two months to build. The completion of 14.5MWp Sekdoorn and 8.5MWp Tynaarlo bring a second and third floating project to BayWa r.e.’s Dutch portfolio, following the wrap-up of the first – the 2.1MWp Weperpolder plant, in the Oosterwolde municipality – in December 2018. As Ortmann explained, a larger successor is underway, also on Dutch soil. “We are working on a 27MWp project in the Netherlands,” he said. “We are waiting for the final building permit and are hoping to get it over the next few days or weeks, to begin construction.” BayWa r.e.'s Dutch floating four to date Project name Weperpolder Tynaarlo Sekdoorn Fourth successor Location Oosterwolde, The Netherlands Drenthe, The Netherlands Zwolle, The Netherlands TBD Installed capacity 2.1MWp 8.5MWp 14.5MWp 27MWp Energy yield 1.9GWh/year 7.6GWh-year 13GWh/year TBD Solar panels 5,748 23,008 39,544 TBD Date of completion December 2018 July 2019 October 2019 Completion planned before year-end Rather than resorting to third-party blueprints, BayWa r.e. opted to develop its own designs for its floating installations. Created alongside specialist Zimmermann PV Stahlbau, the so-called Zim Float platforms take the form of square-shaped solar panel boats, with inverters floating alongside. Sekdoorn’s floating transformers and anchoring system are also the work of BayWa r.e., according to Ortmann, while the inverters are Huawei’s 60KTL and 36 KTL and the modules GCL-SI’s monocrystalline, monofacial M6 72GF. “For Sekdoorn, we have chosen glass-glass modules with aluminium frame as we are on water and those modules ensure a longer lifetime,” Ortmann said, adding that the 14.5MWp plant does not use PV trackers. “It is an east-to-west installation with [a tilt angle of] 12 degrees,” he noted. Quizzed over project economics, Ortmann explained the firm has built its latest floating addition on its balance sheet. The group – which plans to sell both 14.5MWp Sekdoorn and 8.5MWp Tynaarlo by year-end – is currently in “late-stage” talks to secure project finance for the latter, he added. According to BayWa r.e.’s managing director, the goal is now to go further with cost-competitiveness. “The costs for a floating system are 20-25% higher than for ground-mounted systems,” he remarked. “We are keen to bring those costs down to 10% higher in the mid-term.” Floating PV - the answer to Europe's land conflicts? BayWa r.e.’s floating PV ambitions look set to breathe new life into the European segment. The continent has witnessed momentum as of late – with Akuo switching on 17MWp O’MEGA 1 in France last week – but its installations remain dwarfed by those on the works in Asia. BayWa r.e. would consider deploying floating in Germany if the government acted to support the for-now pricier segment, Ortmann said, adding: “As the costs are 20-25% higher we are not able to compete with ground-mounted systems in [Germany’s solar auction] system.” The firm believes the floating approach makes particular sense in Germany and the Netherlands, whose politicians want to drive a solar boom but continue to set restrictions for projects on land. In these countries, Ortmann said, the potential is “huge”. “Where we have land conflicts floating becomes a promising solution,” he argued, pointing at Fraunhofer ISE’s finding of a 15GW technical potential for floating solar in Germany. The country could tap into it by allowing the segment to take part in clean energy innovation tenders, he said. For BayWa r.e. and the other floating solar forerunners, a key success enabler in Germany and elsewhere is keeping capex costs in check. Quizzed at Intersolar 2019, the firm said its 2MWp first Dutch project had resulted in an estimated IRR of 5-8%.

is projected to be completed by the first quarter of 2024. Stephan Schindele, BayWa r.e.'s Head of Product Management Agri-PV, stressed the importance of multi-purpose

certainly operate is under a long-lasting power purchase agreement (PPA) that BayWa r.e. authorized last year with Danish roof home windows maker Velux. It was one of

Council's renewable resource ability by nearly 30%, according to BayWa r.e. To fulfill the UK's web zero target, we need to start "taking definitive

solar as well as 30MW battery storage plant on Hawaii for AES Corporation. BayWa r.e. will develop the Waikoloa Solar + Storage project, an integrated solar

renewable energy firm BayWa r.e. AG has received approval to develop a 60 MWp solar project, the Springmount solar farm, in County Tipperary, Ireland. The

Benedikt Ortmann tell it, the deployment of a subsidy-free solar successor to BayWa r.e.’s landmark 175MWp Don Rodrigo was nothing short of a foregone conclusion.

as boosting the network of hedgerows to screen the site from external sight. BayWa r.e. is currently taking on an Environmental Impact assessment for the website,

bargain stands for the very first time BayWa r.e. has actually transferred to offer developed solar properties in the

to be Poland's first subsidy-free commercial-scale solar farm, according to BayWa r.e. The solar farm operates under a ten-year power acquisition agreement (PPA)

BayWa r.e. device, which develops clean energy projects and also disperses solar devices, taken advantage of "vigorous need" for modules during the very first

collaboration is a first in the solar market, matching BayWa r.e.-- a global renewable resource programmer, services and systems company-- with one of the country's

and also is expected to produce about 8 million kWh of tidy power a year, BayWa r.e. said on Thursday. This will certainly be enough to fulfill the power

BayWa r.e. AG, a German renewable energy company, has received planning consent from the UK government for a 138-MW solar farm in Derbyshire, England. This project marks a significant step in expanding renewable energy infrastructure in the region.The solar park is expected to contribute to the UK's clean energy goals, providing a substantial boost to local energy supply and supporting the transition to sustainable energy sources. The approval underscores the government's commitment to increasing renewable energy capacity and reducing carbon emissions. How Will BayWa r.e.'s 138-MW Solar Farm Impact Renewable Energy in Derbyshire? Increased Renewable Energy Capacity: The 138-MW solar farm will significantly increase the renewable energy capacity in Derbyshire, contributing to the UK's overall renewable energy targets. Reduction in Carbon Emissions: By replacing fossil fuel-based energy sources, the solar farm will help reduce carbon emissions, aligning with the UK's climate goals. Local Economic Benefits: The construction and operation of the solar farm are expected to create jobs and stimulate economic growth in the local area. Energy Security: The solar farm will enhance energy security by diversifying the energy mix and reducing reliance on imported fuels. Technological Advancements: The project may incorporate advanced solar technologies, potentially setting a precedent for future renewable energy projects in the region. Community Engagement: BayWa r.e. may engage with local communities to ensure the project meets local needs and addresses any concerns, fostering community support for renewable energy initiatives. Environmental Impact: The solar farm will likely include measures to protect local wildlife and ecosystems, demonstrating a commitment to sustainable development practices. Policy Support: The project's approval highlights the effectiveness of government policies in promoting renewable energy investments and infrastructure development. Grid Integration: The solar farm will contribute to the stability and resilience of the local electricity grid, supporting the integration of more renewable energy sources. Long-term Sustainability: The project represents a long-term investment in sustainable energy infrastructure, contributing to the UK's transition to a low-carbon economy.