Posted on August 27, 2026
The global Shore Power Market reached US$1,565.5 million (US$1.57 billion) in 2025 and is expected to reach US$2,747.8 million (US$2.75 billion) by 2033, growing at a CAGR of 6.6% during 2026-2033. The market is gaining momentum as ports and vessel operators seek to reduce emissions, lower fuel consumption at berth, improve air quality and comply with increasingly stringent maritime environmental requirements.
Recent 2026 Official Developments in Shore Power
– ABB: In January 2026, ABB announced contracts with Rotterdam Shore Power to engineer and construct shore power systems with a combined capacity of more than 100 MVA across three container terminals at the Port of Rotterdam. The systems are scheduled to begin operations in the second half of 2028 and will include 35 connection points.
– ABB: ABB stated in February 2026 that its shore power business is increasingly focused on large-scale port electrification, flexible energy-management systems and solutions that can integrate solar, battery storage and future hydrogen connections.
– Port of Rotterdam: The Port of Rotterdam’s Shore Power Strategy 2025-2035 targets broader shore-power deployment, including equipped public-use berths and preparation for international shore-power obligations by January 2030.
– ABB: In 2026, ABB continued promoting prefabricated shore-power systems designed to reduce installation time and operational disruption while providing scalable infrastructure and SCADA-based monitoring and control.
Note: No additional 2026 official developments from Siemens, Schneider Electric, Cavotec or other DataM-listed companies were included here unless verified through an official company or institutional source.
Executive Market Lead for Shore Power
Shore power is moving from an environmental initiative toward core port infrastructure as operators face pressure to reduce emissions while maintaining vessel turnaround times and controlling operating costs.
• 2025: US$1.57 billion
• 2033: US$2.75 billion
• 6.6% CAGR: Forecast growth during 2026-2033
• Asia-Pacific: Largest and fastest-growing regional market
• Shipside: Approximately 56-58% of the market’s type segment
DataM identifies environmental awareness, energy efficiency and supportive government policies as major market drivers.
2026 Change Events
The commercial shift is increasingly visible in large port infrastructure projects.
• Port electrification is moving toward higher-capacity installations.
• Shore power is being integrated with SCADA, automation and energy management.
• Ports are planning infrastructure around upcoming emissions and shore-power requirements.
• Renewable-energy integration is becoming an important part of future-ready shore-power architecture.
• Prefabricated systems are being used to reduce installation time and minimize disruption.
The Port of Rotterdam, for example, is targeting wider shore-power coverage across multiple vessel and terminal segments through 2035.
Operating Pain Points
The biggest challenge is no longer simply whether shore power works, but whether it can be deployed economically, reliably and without disrupting port operations.
• High installation costs: Frequency conversion and high-voltage infrastructure can increase project costs.
• Legacy infrastructure: Existing terminals may require substantial electrical upgrades.
• Connection complexity: Ships and terminals need compatible connection infrastructure.
• Maintenance: Heavy equipment and marine operating environments increase service requirements.
• Grid capacity: Large installations require appropriate onshore electrical infrastructure.
DataM specifically identifies high installation costs, transportation challenges and maintenance expenses as barriers to market expansion.
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High-Value Segments
DataM segments the Shore Power Market by component, installation, connection and region.
• Strategic component opportunity: Cable & accessories, frequency converters, transformers and switchgear remain critical infrastructure categories.
• Shipside opportunity: The shipside segment accounts for approximately 56-58% of the type segment.
• Shoreside opportunity: Ports are investing in grid-connected infrastructure to supply vessels while berthed.
• Connection opportunity: Both retrofit projects and new installations create demand as fleets and terminals modernize.
• Emerging opportunity: Shore power systems integrated with renewable generation, battery storage and advanced energy management.
USA-Japan-Germany-South Korea Lens
USA
The U.S. opportunity is closely linked to port modernization, maritime emissions reduction and electrification infrastructure. The strongest potential is around container terminals, cruise facilities and ports upgrading electrical infrastructure.
Japan
Japan presents opportunities around energy efficiency, resilient port infrastructure and renewable-energy integration. DataM highlights the use of renewable energy in Asian shore-power projects, including solar integration at the Port of Yokohama.
Germany
Germany’s opportunity is connected with maritime decarbonization, port electrification and compliance-oriented infrastructure investment. Shore power can become increasingly important as European requirements push ports and vessel operators toward lower-emission operations.
South Korea
South Korea offers a strong opportunity around shipbuilding, container ports, marine electrification and export-oriented maritime infrastructure. Demand is likely to favor high-reliability systems capable of supporting large commercial vessels.
Asia-Pacific
Asia-Pacific is identified by DataM as both the largest and fastest-growing regional market, with approximately 33% market share. China represents a particularly important market because of investments in shore-power infrastructure at major ports.
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Player Strategy
Competitive advantage is shifting from selling individual electrical components toward providing complete shore-to-ship power infrastructure.
The strongest positioning areas include:
• High-voltage shore connection systems
• Frequency conversion
• Power distribution
• Automated cable management
• SCADA and energy monitoring
• Renewable-energy integration
• Battery-storage integration
• Installation and commissioning
• Long-term service and maintenance
This creates a larger opportunity for vendors that can combine electrification + automation + digital monitoring + lifecycle service.
Company Snapshot
ABB
ABB is one of the key companies identified by DataM. Its shore-power portfolio emphasizes reliable port electrification, prefabricated systems, SCADA integration and scalable infrastructure. In January 2026, ABB secured the Rotterdam Shore Power project, exceeding 100 MVA of combined capacity across three terminals.
Schneider Electric
Schneider Electric is identified by DataM among the major Shore Power Market participants. Its broader electrification and energy-management capabilities position it for projects where shore power must be integrated with wider port electrical infrastructure.
Siemens
Siemens is also identified by DataM as a major market participant. Its positioning is particularly relevant to projects requiring electrical infrastructure, automation and grid-management capabilities.
Report Value
For organizations evaluating shore-power investments, the key questions are:
• Can the system support high-voltage, high-capacity vessel connections?
• How quickly can the infrastructure be installed without disrupting terminal operations?
• Can the system integrate with renewable energy and battery storage?
• Does it provide real-time monitoring and energy-management capabilities?
• Can it support both retrofit and new-installation projects?
• What are the long-term maintenance and lifecycle costs?
• Can the infrastructure scale as vessel traffic and power requirements increase?
The strongest opportunity is not simply installing shore power-it is building a scalable, reliable and digitally managed port-electrification architecture that lowers emissions while protecting operational efficiency and long-term infrastructure value.
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