Shore Power Industry to Reach USD 5.8 Billion by 2034 as Ports Expand Vessel Electrification

OG Analysis projects the Shore Power Market to reach USD 5.8 billion by 2034, with a published CAGR of 11.3%. The report examines investment in the electrical infrastructure that allows vessels at berth to obtain power from shore rather than operating onboard generators for their electrical needs.

Market Overview

Shore power links a vessel’s electrical system to a compatible supply at the berth. Successful operation requires coordination between the port connection, the ship installation and the utility network. ABB’s shore-connection portfolio includes both low-voltage and high-voltage solutions, illustrating the different electrical requirements across vessel types and port applications. A project must account for voltage and frequency compatibility, protection, safe connection procedures and the practical movement of cables between shore and vessel. It also needs a credible operating plan: installed capacity creates value only when compatible ships can connect and use the service. For equipment suppliers, utilities and port operators, this makes integration and utilization as important as the sale of individual components.

Key Market Insights

  • OG Analysis forecasts a USD 5.8 billion market by 2034 and reports an 11.3% CAGR. Its published outlook covers infrastructure and equipment opportunities across major maritime regions.
  • Project scale is increasing. ABB’s Rotterdam contracts combine multiple shore power installations with engineering, delivery, installation, commissioning and on-site testing.
  • Commercial delivery extends into maintenance. Rotterdam Shore Power selected ABB for construction and maintenance at three deep-sea container terminals, demonstrating demand for long-term system support.
  • Operational deployment is already visible in cruise ports. Cruise Port Rotterdam opened its installation on March 31, 2025, with AIDAnova becoming the first cruise ship to use shore power there.
  • Grid investment is a necessary part of port electrification. In January 2025, the Port of Los Angeles described work on a USD 500 million electrical enhancement project supporting electric equipment and future shore power operations.

Market Dynamics

  • Environmental benefits at the berth create a reason to invest, but project economics depend on vessel call patterns, connection duration and the share of visits that can use the installation.
  • Grid access can determine the project schedule. Electrical demand, connection capacity and utility coordination should be established before major equipment commitments are made.
  • Port and ship investment must advance together. A functioning berth installation cannot serve a vessel that lacks compatible onboard equipment, and a ship retrofit needs suitable connections along its trading route.
  • Electricity pricing influences utilization. Port operators and vessel owners need to compare the full cost of shore electricity with onboard generation, including connection and operating charges.
  • Retrofit work can be constrained by existing layouts. Designers must plan equipment footprints, cable paths and construction access while maintaining terminal operations.
  • Emissions outcomes depend partly on the electricity supplied. Local air-quality improvements from stopping auxiliary generators should be distinguished from the wider carbon impact of the power source.
  • Clear operating responsibilities support reliable service. Training, connection procedures, maintenance access and fault recovery need to be addressed alongside electrical design and equipment procurement.

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https://www.oganalysis.com/industry-reports/shore-power-market

Market Segmentation

The report segments the market By Component into Frequency Converters, Transformers, Switchgear Devices, Cables and Accessories, and Others; By Power Output into Up to 30 MVA, 30–60 MVA and Above 60 MVA; By Installation Type into Shoreside and Shipside; and By Connection Type into New Installation and Retrofit. Coverage spans five major world regions.

Regional Insights

  • North America: Port electrification programs create opportunities for shore connections and enabling grid infrastructure. The Los Angeles electrical enhancement program illustrates why market assessment should consider utility investment alongside equipment at individual berths.
  • Europe: Rotterdam provides evidence of expansion from individual operational sites toward larger terminal programs. Suppliers must address the different needs of cruise operations, container terminals and shipside equipment within a coordinated delivery plan.
  • Asia-Pacific: Large maritime networks create a broad range of potential berth applications. Project opportunities should be assessed by vessel mix, terminal operating patterns, grid availability and the readiness of shipping customers to connect.
  • Middle East and Africa and South and Central America: Opportunities depend on port development priorities and utility capacity. Early alignment among terminal operators, shipping lines and electricity providers can help establish which berth projects have a practical utilization case.

Competitive Landscape

Competition includes electrical equipment groups, power-conversion specialists, marine engineering firms and installation partners. A component supplier and a turnkey system provider serve different purchasing requirements, so market comparisons need to distinguish equipment scope from engineering, construction and service revenue. ABB’s Rotterdam project demonstrates an integrated delivery model that includes commissioning and testing. More broadly, suppliers can differentiate through compatibility engineering, reliable project execution and long-term support. For customers, evaluating the complete operating arrangement helps avoid a technically installed system with limited practical use.

The report names General Electric, Siemens Energy, Schneider Electric, ABB, Eaton, Conntek Integrated Solutions, Piller Power Systems, Power Systems International, Sydney Marine Electrical and Blueday Technology among the companies mentioned.

Recent Developments

  • January 2026 -- ABB announced contracts with Rotterdam Shore Power to engineer and construct multiple shore power installations at the Port of Rotterdam. Booked in December 2025, the contracts also cover installation, commissioning and on-site testing. The program illustrates the increasing scale of container-terminal electrification
  • March 2025 -- Cruise Port Rotterdam officially opened its shore power installation on the Holland Amerikakade following 22 months of construction. AIDAnova became the first cruise ship to connect, marking a transition from infrastructure delivery into operational use.
  • January 2025 -- The Port of Los Angeles stated that work had begun on a USD 500 million enhancement project with the Los Angeles Department of Water and Power. The investment is intended to support additional electric equipment and clean shore power operations; it is broader electrical infrastructure expenditure rather than shore power equipment revenue alone.