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Based on type, the North America inter array offshore wind cable market is segmented into 11 kV - 33 kV and 34 kV – 66 kV. 11 kV – 33 kV is anticipated to grow by over USD 50.3 Million by 2032. The voltages strike a balance between transmission efficiency and cost-effectiveness and are suitable for medium to large scale offshore wind farms, offering adequate power transmission capacity while minimizing losses and cable sizes. Further, they are compatible with common grid connection technologies and allow for seamless integration with onshore transmission systems, thereby simplifying the grid connection process and reducing the infrastructure costs, leading to enhanced product demand.
Furthermore, higher voltage inter array cables, including those rated from 34 kV to 66 kV, are better suited to handle the increased power output allowing for more efficient power transmission over longer distances, reducing energy losses and optimizing the overall performance of the wind farm, thereby driving the business outlook. Additionally, advances in cable design, materials, and manufacturing processes make it feasible to produce reliable and cost effective cables, which will fuel the product penetration.
The U.S. inter array offshore wind cable market is anticipated to grow by over USD 33.9 million by 2032. Increasing policy support at both the federal and state levels for offshore wind development in the country along with streamlining permitting processes and offering lease areas for offshore wind projects will strengthen the industry landscape. States including New York, Massachusetts, New Jersey, and Virginia have ambitious offshore wind targets, implementing supportive policies comprising renewable energy mandates along with financial incentives leading to positive business growth. Furthermore, advances in offshore wind turbine technology and inter-array cable systems will make projects more feasible and cost-effective, effectively contributing to the business scenario.
The key manufacturers are at the forefront of inter-array cable manufacturing, contributing to the development of offshore wind energy by providing reliable and innovative solutions for connecting wind turbines at sea. Strategic alliances and inorganic growth ventures allow companies to share expertise, technology, and resources, leading to the overall development of innovative cable designs, manufacturing processes, and installation techniques. Further, large scale investment in research and development, manufacturing facilities, and logistics, can support companies reduce their per unit costs and improve their competitiveness in the market.