Singapore's Engtek (Pte) Ltd Pioneering Electric Hydrofoil Thruster for Zero-Emissions Vessels
Key Ideas
- Engtek (Pte) Ltd introduces the groundbreaking E-Pod Velocity hydrofoil thruster for all-electric vessels, supporting Singapore's move towards zero-emissions maritime transportation.
- The E-Pod technology in the Hydroglyder vessel by marinEV offers energy efficiency of 50-80% compared to non-foiling vessels, showcasing a significant leap in sustainable marine propulsion.
- The company's innovative approach of manufacturing the hydrofoil thruster from a single block of aluminium ensures strength and adherence to rigorous DNV class requirements, although at a higher cost.
- Engtek (Pte) Ltd anticipates global prospects for large electric thrusters in the offshore energy sector, indicating a positive outlook for electric propulsion systems in the maritime industry.
Engtek (Pte) Ltd, a Singapore-based company with over 50 years of experience in marine propulsion, has unveiled the E-Pod Velocity hydrofoil thruster, a revolutionary advancement in electric propulsion for vessels. The company has been at the forefront of electric thruster development, even before Singapore's local interest in electrification for transportation. With aspirations to meet the Maritime and Port Authority of Singapore's new regulations for zero-emissions vessels by 2030, Engtek's E-Pod technology is set to play a crucial role in achieving these targets.
The E-Pod Velocity hydrofoil thruster is a key component of the all-electric Hydroglyder crew transfer vessel, designed by marinEV. This vessel incorporates advanced hydrofoil technology that significantly reduces energy consumption, marking a substantial improvement in sustainable marine transport. The Hydroglyder, equipped with a 252-kWh battery pack, can reach speeds of up to 30 knots and offers enhanced efficiency while carrying passengers and crew over a range of 20 nautical miles.
One of the notable aspects of Engtek's hydrofoil thruster is its unique construction from a single block of aluminium, a pioneering feat in the industry to ensure both lightweight and strength. The development process involved precision machining and adherence to stringent standards, reflecting the company's commitment to quality and innovation. Engtek's executives highlight the global potential for electric thrusters, particularly in the offshore energy sector, hinting at a promising future for sustainable marine propulsion systems.
Overall, Engtek (Pte) Ltd's introduction of the E-Pod Velocity hydrofoil thruster signifies a major step towards greener maritime transportation, aligning with the industry's shift towards sustainability and reduced emissions.
Topics
Maritime
Renewable Energy
Innovation
Green Technology
Sustainable Transport
Marine Industry
Electric Propulsion
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