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BAR Technologies has appointed Panmarine & Industrial Services Ltd. as its commercial consultant for Greece, Cyprus and connected territories, as the company looks to accelerate adoption of its WindWings® wind propulsion technology across one of the world’s largest shipping markets.
The announcement comes ahead of Posidonia 2026 in Athens, where shipowners, operators and technology suppliers are expected to focus heavily on fuel efficiency and compliance strategies amid continuing fuel price volatility and regulatory uncertainty.
BAR Technologies said the move reflects a shift for WindWings® from early commercial deployment towards broader market adoption. The company confirmed that 13 WindWings® have now been installed across five vessels, with four additional WindWings® equipped ships expected to enter service before the end of 2026.
The latest installations include Union Maritime’s vessels Brands Hatch, Spa and Monza, which recently received the rigid wing sail systems.
Based in Piraeus, Panmarine & Industrial Services Ltd. represents international engineering and industrial technology companies across the marine sector. Under the agreement, the company will support BAR Technologies in discussions with shipowners, operators and technical managers in Greece and Cyprus.
Speaking about the appointment, BAR Technologies CEO John Cooper said the company’s next challenge is helping shipowners understand how wind propulsion fits into operational and commercial planning.
“WindWings® have moved from concept to proven commercial technology, and the next stage is about helping more shipowners understand where wind propulsion can support their operational and commercial goals,” Cooper said.
He added that Greece remains one of the shipping industry’s most influential markets, particularly for owners known for closely evaluating operational efficiency and return on investment.
“As more owners look closely at practical efficiency measures, our focus is on making sure they have the technical and commercial information they need to make informed decisions,” Cooper said.
For many owners, the question is no longer whether wind assisted propulsion works, but where it fits commercially. With fuel costs remaining unpredictable and emissions rules tightening, technologies that reduce consumption without requiring alternative fuel infrastructure are attracting renewed attention.
Wind propulsion has become one of the few decarbonisation measures that can be retrofitted onto existing vessels without depending on fuel supply chains that remain limited in many regions. Unlike methanol or ammonia projects that still require significant bunkering investment, wind is already available on every trading route.
Panmarine’s Vangelis Doussis said Greek owners have historically supported technologies that combine technical reliability with measurable operational benefits.
“Greek shipping has always been open to technologies that are technically sound, commercially practical and capable of delivering real operational value,” Doussis said.
“We look forward to introducing the technology to owners and operators across the region and supporting BAR Technologies as wind propulsion moves even wider commercial deployment.”
WindWings® were developed using BAR Technologies’ experience in advanced simulation, aerodynamics and performance engineering. The rigid wing sails are designed to generate additional thrust from prevailing wind conditions, reducing engine load and lowering fuel consumption.
The technology has received class validation from Bureau Veritas and DNV, while Lloyd’s Register has approved the company’s P Wind power calculation methodology. Those approvals are expected to support both retrofit opportunities and inclusion in newbuild projects.
The timing of BAR Technologies’ regional expansion also reflects growing commercial pressure across shipping markets. Owners continue balancing compliance with FuelEU Maritime and IMO emissions targets against uncertain freight markets and vessel operating costs.
Against that backdrop, wind propulsion is increasingly being evaluated not as an experimental technology, but as a supplemental efficiency tool. Much like waste heat recovery systems or hull optimisation upgrades, operators are now examining where wind systems can contribute measurable savings over a vessel’s trading cycle.
For Greek shipowners controlling one of the world’s largest merchant fleets, those decisions carry industry wide significance. The region has historically played a major role in determining how quickly new marine technologies move from niche adoption into mainstream commercial shipping.
