- Technology and Innovation
Cutting Fuel Consumption by 40 Percent on the New Aesen 116H Platform
Upgrading Offshore Logistics
Transporting personnel across volatile offshore sites demands highly functional commercial vessels. Singapore-based Aesen directly addresses these rigorous infield logistics with the introduction of the 116H. This platform represents a massive structural shift for the marine operator, targeting the specific physical friction points of offshore crew mobility. The development team engineered the hull strictly for high-frequency missions characterized by short regional transits, sudden variable power demands, and extended standby periods at the rig.
Optimizing Hybrid Propulsion
Relying solely on conventional diesel power during idle standby hours burns unnecessary capital. The Aesen 116H combats this operational drain by utilizing a heavy-duty hybrid propulsion network. By integrating industrial energy storage systems with traditional drivetrains, the vessel balances engine loading to maximize power utilization. This specific mechanical configuration allows operators to achieve a 30 to 40 percent reduction in overall fuel consumption compared to standard crew boats running identical offshore duty cycles.
Multi-Layered Mechanical Redundancy
Executing operations in the renewable and oil sectors leaves zero room for sudden mechanical failure. To guarantee absolute operational continuity, Aesen constructed the 116H with strict multi-layered redundancy protocols. The vessel retains the ability to maintain all essential navigational and propulsion functions across a wide spectrum of physical contingencies. This calculated engineering approach ensures that commercial operators can execute personnel transfers safely even when primary mechanical systems sustain unexpected damage during a transit.
Smart Window Bridge Integration
Maintaining absolute situational awareness is critical when maneuvering a crew boat near heavy offshore infrastructure. The Aesen 116H moves past standard chartplotter displays by integrating proprietary Smart Window technology directly onto the bridge. This hardware significantly increases visibility across the most critical operating zones surrounding the hull. By pairing this visual upgrade with conventional monitoring arrays, captains secure the real-time environmental data necessary to make rapid maneuvering decisions in complex commercial environments.
Scaling Global Commercial Operations
Transitioning the offshore energy sector toward lower emissions requires functional hardware rather than theoretical concepts. Group Chief Executive Officer Darren Ang noted that the 116H directly supports the evolving safety and environmental priorities of the marine civil construction market. Operating across the Asia Pacific, the Middle East, and Africa, Aesen utilizes this hybrid crew boat to deliver immediate, measurable value to commercial energy conglomerates looking to stabilize their infield supply chains while meeting aggressive sustainability targets.
