A major port seeks a supplier to deliver and install shore power equipment at two cruise berths, signalling growing demand for cleaner, compliant ship operations.
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A leading Baltic port has gone to market for new shore power equipment serving two cruise berths, underlining how cruise hubs are wiring their quays for cleaner, regulation‑driven operations.
On 12th June 2026, aktsiaselts TALLINNA SADAM published a contract notice for the acquisition of shore power equipment at Vanasadama.
The procurement covers the purchasing, delivery and installation of shore power equipment for berths 26 and 27 at Vanasadama. It also includes establishing a substation and obtaining the necessary approvals.
That scope means the contract is not just about plug‑in points on the quay. It bundles together:
Bringing equipment, substation works and approvals into a single procurement points to a turnkey‑style delivery model. The buyer is looking for a supplier able to manage both technical implementation and the interface with regulators and other infrastructure owners.
Tallinna Sadam’s move sits alongside a separate grid‑side investment at the same port. On 19th January 2026, Elering AS issued a contract notice for the construction of the L8003 and L8004 cable lines for the Vanasadama 110kV substation on a turnkey basis, ensuring all equipment is delivered, installed and operational in an environmentally safe manner.
Taken together, the Elering cable project and Tallinna Sadam’s shore power contract show how port‑side electrification relies on close coordination between port infrastructure and the high‑voltage grid. The substation mentioned in the Vanasadama shore power tender will depend on the upstream capacity that Elering is now putting in place.
Elsewhere, regulatory pressure is explicit. On 31st December 2025, Lučka uprava Rijeka went to market for professional supervision services covering the design and construction of shore side power supply systems for ships at two container terminals, specifically to comply with EU regulations on alternative fuels. The notice frames engineering supervision as central to meeting those rules.
On 4th May 2026, a special port fund in Bremerhaven tendered for the supply of green electricity for five shore power systems that will provide electrical energy to seagoing ships during their port stay, allowing ship engines to be turned off. That procurement highlights a second layer of compliance and climate ambition: not only building shore power systems, but also sourcing low‑carbon electricity to run them.
Against this backdrop of grid reinforcement and tightening EU requirements, Tallinna Sadam’s inclusion of a new substation and formal approvals is a clear signal that it sees shore power as a strategic, long‑term part of its cruise offering.
The Vanasadama tender joins a wave of cruise‑focused onshore power projects now emerging around Europe.
On 16th December 2025, Skagen Havn published a contract notice for a high‑voltage shore connection at its cruise quay. That project combines an onshore power system and a cable management system, with operational readiness required by November 2027. The timeline underscores the long lead times now associated with large cruise‑scale electrical systems.
On 12th June 2026, the same day as the Tallinna Sadam notice, Faxaflóahafnir sf. issued a contract notice for onshore power supply for cruise operations, involving two 12 MVA systems delivered as modular, stackable container solutions. Containerised OPS modules suggest a move towards repeatable, scalable building blocks that can be added as demand grows.
In February 2026, the city of Lübeck published a tender to expand shore power at the Scandinavian Quay in Lübeck‑Travemünde. That project includes a building extension, installation of power transformers and switchgear, and the development of cable infrastructure. It shows how existing cruise and ferry quays are being retrofitted with substantial new electrical buildings rather than just incremental add‑ons.
Set against these examples, Tallinna Sadam’s plan to outfit two berths and build a dedicated substation indicates that Vanasadama is planning for regular, high‑demand cruise calls that will need dependable high‑capacity shore connections.
Shore power is also spreading rapidly beyond cruise berths into container and mixed‑use terminals.
On 26th February 2026, Göteborgs Hamn AB launched the OPS Skandiahamnen project, covering design and construction of a transformer station to provide seven onshore power connections for container and car transport vessels. Four supplies are to be installed now, with preparations for three additional supplies later. The design‑in‑advance of extra connections mirrors the forward‑planning implicit in Elering’s 110kV substation works for Vanasadama.
The Port of Aalborg A/S followed on 2nd April 2026 with a tender for a hybrid onshore power system to supply shore power to ships and mobile cranes using a mobile battery system, integrated with existing infrastructure. That hybrid approach shows ports are experimenting with flexible solutions where grid capacity, space or usage patterns call for more than a fixed installation.
Upstream of major ports, smaller municipalities are also upgrading. On 23rd March 2026, Gemeente Altena issued a prior information notice seeking a partner to upgrade and expand shore power facilities in Werkendam, with a focus on sustainability and user‑friendliness. And on 19th March 2026, Groningen Seaports NV started a market consultation on a shore power facility at Beatrixhaven Eemshaven, aimed at testing project definitions, design and execution capabilities, and schedule feasibility.
Groningen’s emphasis on schedule realism and execution capacity is telling. It suggests buyers have learnt from early projects that complex OPS installations can be slowed by permitting, interface and construction risks – exactly the issues Tallinna Sadam is seeking to contain by contracting for both installation and approvals.
Operations and long‑term support are also gaining more attention. On 25th February 2026, the Northern Lighthouse Board published a prior information notice for a shore‑to‑ship cable management system at Oban Base, explicitly including training and ongoing support services. That reflects a shift from one‑off capital projects towards life‑cycle performance, which is likely to be relevant for Vanasadama once its new systems are commissioned.
Across these notices, a picture emerges of what buyers now expect from shore power and related contracts. The Tallinna Sadam procurement fits that pattern, with a scope that extends from equipment to substation and approvals. For suppliers, the key themes are:
While the Vanasadama contract notice is concise, its requirement to deliver and install equipment, build a substation and obtain approvals implies a broad range of competencies. Electrical equipment manufacturers, marine contractors, cable specialists and engineering consultancies will all recognise elements that match their capabilities from the wider European pipeline of OPS projects.
Alongside this, many public buyers are reinforcing the low‑carbon electricity supply that will feed shore power systems. Recent procurements for photovoltaic parks, solar power plants and electrical systems for energy projects – from Timisoara and Engiadinaisa to local schemes installing solar on municipal buildings – show how ports and cities are beginning to link ship‑side electrification with wider renewable energy investments.
The Vanasadama shore power procurement is still at notice stage, so the next milestones will be supplier selection and alignment with Elering’s 110kV cable line project. How the port sequences substation works, quay‑side installation and regulatory approvals will be closely watched by other cruise hubs planning similar upgrades.
With cruise‑specific tenders in Skagen and Reykjavik, container‑focused OPS in Gothenburg, hybrid systems in Aalborg and green power sourcing in Bremerhaven, the direction of travel is clear. Vanasadama’s new shore power equipment and substation would place it firmly within this emerging network of ports where plugging in is becoming part of standard ship operations.
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