DeepOcean and TFKable Group Formed Joint Venture
The companies have partnered to provide integrated offshore wind inter-array cable services globally.
Updated on Sept. 23, 2026 in Oil and Gas
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DeepOcean and TFKable Group established a joint venture to provide comprehensive engineering, manufacturing, and installation services for offshore wind projects. The partnership aims to streamline the supply chain for wind developers by integrating cable production with subsea installation capabilities.
Why it matters
Offshore wind developers require greater supply chain integration to improve project efficiency and risk management. This collaboration seeks to address those needs by combining specialized manufacturing with deep-sea installation expertise.
The venture encompasses a multi-year development programme extending through 2029. It requires formal approval from competition authorities to proceed with full integration.
The players
DeepOcean
DeepOcean is an offshore engineering and subsea services company that specializes in installation and survey operations.
TFKable Group
TFKable Group is a major manufacturer of wires and cables, providing industrial technology for energy infrastructure.
ARP
ARP is a state-owned industrial development agency based in Poland that is participating in the ownership of the new vessel.
The details
The joint venture provides integrated EPCI services, including seabed mapping, route surveys, engineering, cable manufacturing, transportation, trenching, installation, and cable protection. A separate entity formed by ARP, DeepOcean, and TFKable Group will own a dedicated cable-laying vessel to support these operations.
Timeline
Key development milestones for the collaboration are planned through 2029.
Market Landscape
This partnership represents a strategic shift toward vertical integration within the renewable energy sector. By consolidating service providers, the companies aim to gain a competitive advantage in a market increasingly focused on reducing project execution risks.
Developers and energy providers may see improved project timelines and reduced logistical delays as these companies unify their previously fragmented services. Over time, these efficiencies could lower the cost of deploying large-scale offshore wind infrastructure.
The takeaway
Integrated service models are becoming essential for managing the complexity of offshore renewable projects. Companies that succeed in merging specialized manufacturing with technical field execution are better positioned to meet the demands of global wind energy developers.
Further reading
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