Power & PropulsionElectricPort of Melbourne and Svitzer Explore Electric Tug Deployment

Port of Melbourne and Svitzer Explore Electric Tug Deployment

MoU sets scope for feasibility work on electric tug operations and port-side energy systems

The Port of Melbourne and global towage operator Svitzer have signed a Memorandum of Understanding (MoU) to explore the introduction of next-generation electric tugs and associated clean-energy infrastructure at Australia’s largest container port.

The MoU was formalised at the Port of Melbourne Education Centre, in the presence of Their Majesties The King and Queen of Denmark, during the Danish State Visit to Australia.

Port of Melbourne and global towage operator Svitzer have entered into a Memorandum of Understanding (MoU) to explore the deployment of next-generation electric tugboats and supporting clean-energy infrastructure at Australia’s largest container port.

The MoU was formalised yesterday at the Port of Melbourne Education Centre, in the presence of Their Majesties The King and Queen of Denmark, as part of the Danish State Visit to Australia.

The partnership, also comprising Copenhagen Infrastructure Partners (CIP) and Plexar Energy, establishes a framework to assess the feasibility of deploying two fully electric TRAnsverse 2600e tugs in Melbourne. Designed by Robert Allan with Svitzer, the tug’s patented staple with double-ended hull and in-line propulsion with omni-directional thrust expands the dynamic operating envelope in towage of up to 50%.

The initiative also includes evaluation of a dedicated renewable energy microgrid and high-capacity charging infrastructure to enable zero-emission towage operations.

Port of Melbourne CEO, Saul Cannon, said the collaboration reflects a shared ambition to improve port efficiency while accelerating the sector’s transition to lower‑emissions operations.“Efficient, reliable towage services are critical to the smooth functioning of the port, and electrification offers the potential to improve both operational performance and environmental outcomes.

Through this MoU, we are exploring what it would take to bring the next generation of electric towage to Melbourne in a way that benefits port users, reduces emissions, and supports a more sustainable future,” Mr Cannon said.

The shift to electric towage has the potential to deliver a range of benefits for port users, including improved vessel handling performance, reduced noise and vibration, and greater predictability in operating costs. A dedicated renewable microgrid may also provide a resilient and efficient energy supply tailored to the specific operational requirements of tug services.

Svitzer Australia Managing Director, Videlina Georgieva, said the partnership with Port of Melbourne and CIP represents an important step in bringing the next generation of sustainable towage to Australia.“Towage is critical to the performance of any port, and our biggest challenge for decarbonisation is reducing emissions without compromising safety, capability or reliability.

At Svitzer, we are investing in the technologies that will help solve this challenge, and it is exciting to see Melbourne leading the way, through this collaboration, to make sustainable towage a working reality in Australia,” Ms Georgieva said.

Plexar CEO and Partner at CIP, Karsten Plauborg, said the partnership with Port of Melbourne and Svitzer highlights how microgrids and AI based optimisation tools can support electrification.“We are grateful to our visionary partners and look forward to demonstrating how Plexar’s solutions, electrical engineering expertise and the direct use of onsite electricity generation can both optimise costs and increase power availability”.

The MoU was signed during the State Visit’s energy programme, themed “Partnering for a green, secure and sustainable tomorrow” – an opportune platform to highlight the Port’s collaboration with Danish firms Svitzer, CIP, and Plexar Energy. Further, the occasion underscores Port of Melbourne’s broader commitment to advancing decarbonisation and enhancing efficiency across the port supply chain.

“Transitioning port operations to cleaner, more efficient technologies is a shared challenge. Collaborations like this help us build the partnerships and capability needed to deliver meaningful progress for the sector and for Victoria,” added Mr Cannon.

Latest News

LD Armateurs (LDA) and Norsepower have completed the installation of six Norsepower Rotor Sails™ aboard Spirit of Toulouse, the lead vessel in a new fleet of three low-emission roll-on/roll-off (RoRo) ships being built to support Airbus transport operations.

Six Rotor Sails Installed on Spirit of Toulouse

Six 35-metre rotor sails installed aboard Spirit of Toulouse, combining wind-assisted propulsion with methanol-capable engines to improve fuel efficiency and reduce emissions LD Armateurs and...
The German Navy's Sea Battalion will in future be deployed as land- and sea-mobile infantry in coastal waters and the coastal region. Its own tactical mobility on the water is of paramount importance. To this end, the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw) concluded a contract on October 12, 2026, with the Finnish company Marine Alutech Oy Ab for the procurement of Watercat M18 AMC multi-purpose combat boats.

German Navy Selects Marine Alutech for 15 Combat Boats

Finnish shipbuilder Marine Alutech will supply 15 Watercat M18 AMC multi-purpose combat boats, alongside crew training, documentation and lifecycle support, to strengthen Germany’s coastal...
Sentiq Defence has commenced operations as an Italian integrator of autonomous and remotely operated maritime systems, bringing together technologies for defence, security and the blue economy.

Sentiq Brings Autonomous Maritime Technologies Together

Italian company Sentiq integrates USVs, underwater sonars, ROVs and aerial drones for defence, security and commercial maritime applications Sentiq Defence has commenced operations as an...
Starnav Elektra, the first hybrid platform supply vessel (PSV) designed and built in Brazil, has been delivered to ABS class, marking a milestone for the country’s offshore support vessel sector.

First Brazilian-Built Hybrid PSV Delivered to ABS Class

Built by Detroit Brasil for Starnav Serviços Marítimos, the hybrid PSV will support Petrobras offshore logistics under a long-term charter Starnav Elektra, the first hybrid...

Related news