Cavotec's EUR 7 Million Retrofit Order Shows Shore Power Moving Into the Existing Container Fleet
Cavotec has signed a EUR 7 million order with a global container shipping company to retrofit low- and medium-voltage container vessels with shore power technology. The order, signed in the second quarter of 2026, is expected to be delivered during 2026 and forms part of a wider programme under which the same customer has selected Cavotec to equip 24 container ships with shore power during 2025 and 2026.
For the shore power market, the important detail in Cavotec's latest order is not only the value of the contract. It is where the work is happening: inside the existing container fleet.
Ports across Europe and beyond have spent the past few years discussing transformers, substations, cable management, berth layouts and grid capacity.
That conversation remains essential. But a port can build the most ambitious onshore power supply system in the world and still face a practical problem when a ship arrives unable, unwilling or commercially unprepared to connect. Shore power only becomes routine when the quay and the vessel are ready at the same time.
That is why Cavotec's EUR 7 million order deserves attention. The company says the contract covers the retrofit of low- and medium-voltage container vessels with shore power technology, allowing ships to connect to the electrical grid while at berth and reduce emissions, noise and fuel consumption. The retrofitting is expected to be carried out while vessels remain in operation, avoiding disruption to sailing schedules.
In a sector built around vessel rotations, port windows and tight commercial reliability, that operational point matters.
Decarbonisation cannot be treated as a pause button. Container lines need pathways that allow ships already moving cargo across global networks to become compliant and cleaner without being taken out of service for extended periods. Retrofitting, if delivered well, is one of those pathways.
Cavotec has framed the order as part of growing demand for ship electrification. Its chief executive, David Pagels, said the customer's continued adoption of Cavotec technology supports the company's position in the shore power market. The customer itself has not been named, but Cavotec says it has now been selected to equip a total of 24 container ships for the same client during 2025 and 2026.
The order also sits inside a wider regulatory calendar. Under FuelEU Maritime, passenger and container ships above 5,000 gross tonnes will be required to use onshore power supply or another zero-emission technology at berth from 1 January 2030 in EU ports covered by the Alternative Fuels Infrastructure Regulation. From 1 January 2035, the obligation extends to all EU ports that develop OPS capacity. The policy direction is clear: the berth is becoming part of the decarbonisation ledger.
For container shipping, this changes the commercial logic of shore power. It is no longer only a matter of goodwill, corporate reporting or port-city air quality. It is becoming an infrastructure-readiness question for ships that call at regulated ports. Vessels that cannot connect may face operational friction, while vessels that can connect give ports and carriers more room to turn regulation into smoother daily practice.
The ship-side element is sometimes less visible than the port-side investment. Shore power stories often focus on the quay: the public funding, the civil works, the grid connection and the visible terminal equipment. But the vessel must also be able to receive power safely and efficiently. Cable handling, voltage compatibility, connection systems, onboard integration and crew procedures all have to work in the pressure of a real port call.
Cavotec's PowerFit concept, described by the company as a containerized ship-mounted cable management system, speaks to that practical layer. It is not glamorous infrastructure, but it is the kind of equipment that determines whether an environmental requirement can become an everyday operating procedure. The cleanest megawatt is of limited use if it cannot be transferred reliably between shore and ship.
This is the broader signal for ports and policymakers. The existing fleet cannot be treated as a side issue. Newbuilds can be specified for future requirements from the design stage, but the container fleet already in service will continue to dominate port calls for years. If the industry waits only for new vessels to solve the connection problem, the transition will move too slowly. Retrofit programmes help close that gap.
The order also shows why coordination is becoming the decisive factor in port electrification. A port authority may invest in OPS. A terminal operator may redesign berth operations. A grid operator may need to reinforce capacity. A shipping line may need to retrofit vessels. A technology supplier may need to deliver systems that can be installed without disrupting schedules. Each piece is necessary; none is sufficient alone.
Shore power is not a single procurement decision. It is a new operating model for ports, ships and energy providers. The prize is not only lower emissions at berth, but quieter quays, cleaner air for port communities, lower auxiliary fuel consumption and a more credible route for maritime decarbonisation in dense urban and industrial waterfronts.
Cavotec's latest order is therefore more than another contract announcement. It is a marker of maturity. The question is moving from whether shore power will be built, to whether fleets can arrive ready to use it. The next phase of OPS will be judged less by declarations and more by connection rates, vessel readiness, berth reliability and the ability to make clean power part of normal port operations.
For ports preparing their own electrification strategies, the message is direct. Building the shore-side system is only half the negotiation. The other half is making sure the ships that call are equipped, scheduled and commercially aligned to plug in. Cavotec's retrofit order shows that this second half is now becoming a market in its own right.
