Designed for offshore wind farm developers and operators, this service ensures efficient and reliable power transmission by minimising risks and optimising installation processes.
Installation of HV joints and terminations
Providing reliable and durable solutions for power transmission systems from the outset, tailored for challenging offshore environments.
Secure and resilient connections
Expertly joining turbine-to-base, inter-array, and export cables to minimize the risk of system failures and ensure long-term reliability.
Offshore-optimized procedures
Utilizing specialized installation processes to reduce vessel time, lower operational costs, and maintain efficiency during marine operations.
Choosing Reynard means choosing excellence. I’m not just connecting turbines to cables. I’m connecting the future – homes, cars, all to renewable energy. Let’s make it happen, together.
Introduction The offshore wind energy industry continues to grow rapidly as countries worldwide aim to reduce carbon emissions and embrace renewable energy sources. One of the most exciting new projects is being developed off the coasts of Yeu and Noirmoutier in France. This project, led by the Eoliennes en Mer
Overview The Baltic Eagle offshore wind farm is a major renewable energy project being developed by Iberdrola in the Baltic Sea, off the coast of Rügen Island, Germany. This project brings together industry leaders from different facets of the offshore renewable energy industry, including Vestas on wind turbines and Van
Overview The Saint-Brieuc offshore wind farm project, led by Iberdrola’s subsidiary Ailes Marines, is emerging as a transformative clean energy development in Brittany, France. Overcoming challenges and enhancing team capabilities, this project, managed by Celik Karakas with Matt Holdway overseeing engineering, is on track for completion in early 2024. With
Overview The Eolmed Gruissan Offshore Wind Farm, an innovative venture into floating wind energy by Qair and Total Energy, is set to revolutionize renewable energy in the Occitanie region, France. This 30 MW project, utilizing three floating turbines, aims to supply clean energy to about 50,000 residents yearly. Initiating in
Overview Developed by Éolien Maritime France, a partnership between EDF Renewables and Enbridge, and contracting Prysmian Group for its submarine cables,The Courseulles-sur-Mer Wind Farm, placed off Normandy’s Bessin coast, France, represents a crucial step in the shift towards sustainable energy, with a capacity of 450 MW and featuring 75 GE
Overview The Windplanblauw project, a collaborative effort led by a consortium of shareholders including investing farmers, other local stakeholders and Vattenfall, showcases a significant step towards the Netherlands’ renewable energy ambitions, particularly in the Flevoland Province. By replacing 74 outdated turbines with 61 more efficient models, the project aims to
High-voltage (HV) jointing offshore refers to of connecting high-voltage cables—such as those linking wind turbines to substations or export cables—to ensure efficient and secure power transmission in marine environments. This involves installing joints and terminations designed to withstand the challenging offshore conditions.
The service includes joining turbine-to-base cables, inter-array cables that connect multiple turbines, and export cables that deliver power from the wind farm to the onshore grid.
The service reduces the likelihood of faults and failures by employing proven installation techniques, utilising quality materials, and adhering to strict industry standards. Fewer failures mean lower repair costs, minimised downtime, and a more stable power supply.
Offshore-optimized procedures are tailored to the marine environment. These methods reduce vessel time at sea, streamline logistics, and ensure consistent, efficient installation—ultimately lowering operational costs and improving project timelines.
Long-term reliability is achieved through careful material selection, expert installation teams, and strict quality control and safety measures. These factors combine to create joints and terminations that ensure stable operation over the project’s lifespan.
Yes. Every offshore wind project is unique, and the service can be tailored to specific conditions, cable types, technical requirements, and installation methodologies to deliver the most effective, safe and cost-efficient solution.
By minimising the occurrence of cable faults and the need for repairs, the service helps reduce long-term maintenance expenses. This not only optimises the budget but also enhances the overall profitability and performance of the wind farm.
Contact Maarten van Aller directly to discuss your project’s requirements. My team will provide a tailored proposal, including technical advice, cost estimates, and a detailed project plan to ensure a successful installation.
Drachmeweg 151,
2153 PA Nieuw-Vennep
The Netherlands
