Designed specifically for high-frequency infield operations, the vessel addresses the unique operating profile of offshore personnel transfer missions, where short transits, variable power demands, and standby periods present opportunities for greater energy optimization and operational efficiency.
By integrating hybrid propulsion and energy storage systems, Aesen 116H is engineered to optimize engine loading and power utilization, enabling an estimated 30 to 40 percent reduction in fuel consumption compared with conventionally powered crew boats operating under similar duty cycles. The design contributes to lower emissions while maintaining the performance, reliability, and responsiveness required for demanding offshore environments.
In addition to its hybrid capabilities, Aesen 116H incorporates a multi-layered redundancy philosophy to enhance operational continuity and reliability. The vessel is designed to maintain essential functions across a range of operational contingencies, supporting safer and more resilient offshore transportation services.
A key feature onboard is Smart Window technology, which enhances situational awareness on the bridge by improving visibility of critical operating areas around the vessel. The system complements conventional navigation and monitoring technologies, supporting informed decision-making in complex offshore operating conditions.
Mr. Darren Ang, Group Chief Executive Officer of Aesen, said: “The offshore energy sector continues to evolve, with increasing emphasis on operational efficiency, safety performance and environmental responsibility. Aesen 116H reflects our commitment to developing practical solutions that address these priorities while delivering measurable value to vessel operators and energy companies.”
The introduction of Aesen 116H reinforces Aesen’s ongoing commitment to innovation within the offshore marine industry. By combining operational experience with emerging technologies, the company aims to help customers improve operational efficiency, strengthen safety performance, and support their broader sustainability objectives.
