ESNA and Strategic Marine (SM) have officially partnered to introduce a groundbreaking vessel type into the offshore wind market. The Surface Effect Ship Crew Transfer Vessel (SES CTV) is poised to revolutionize offshore operations with its unique blend of speed, enhanced wave handling capabilities, and reduced fuel consumption.
The agreement between ESNA and SM marks a significant milestone in the maritime industry, leveraging their combined expertise to propel innovation forward. This collaboration builds upon their successful history of working together on SES crew boats for oil and gas ventures, demonstrating a shared commitment to pushing boundaries in vessel design and functionality.
Scheduled to commence construction in the fourth quarter of 2024, the first SES CTV tailored for offshore wind applications signifies a strategic move towards sustainable and efficient offshore operations. With SM boasting a commendable track record of delivering 36 CTVs for offshore wind projects since 2012, coupled with ESNA’s unparalleled expertise in SES technology spanning over four decades, the partnership promises to deliver exceptional results.
Eng Yew Chan, CEO of Strategic Marine, expresses enthusiasm about the collaboration, stating, “We are thrilled to formalize this agreement and anticipate furthering our collaboration with ESNA to diversify our SES designs and cater to a broader clientele.”
Likewise, Trygve Halvorsen Espeland, Naval Architect and Co-Founder of ESNA, highlights Strategic Marine’s shipbuilding prowess, affirming, “Strategic Marine emerged as the ideal partner for ESNA, given their remarkable shipbuilding capabilities and our shared vision for advancing maritime technology.”
The SES concept for crew transport offers unparalleled advantages, including enhanced speed, superior seakeeping abilities, and heightened passenger comfort. Its innovative motion damping system ensures stable operations even in challenging sea conditions, making it an ideal choice for offshore wind turbine transfers. Moreover, the SES’s low resistance translates to significant fuel savings and reduced emissions, aligning with the industry’s sustainability goals.
ESNA will contribute its expertise by supplying the vessel design package and essential equipment for the main SES systems. The incorporation of modular electrical systems and advanced control systems promises streamlined construction processes and optimized operational efficiency, further solidifying the SES CTV’s position as a game-changer in the offshore wind sector.
In conclusion, the collaboration between ESNA and Strategic Marine heralds a new era of innovation in the maritime industry, paving the way for sustainable and efficient offshore operations. As the demand for renewable energy continues to soar, the SES CTV stands poised to play a pivotal role in supporting offshore wind projects worldwide.
