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Port Energy Transition & Decarbonization 

Accelerating port decarbonization while modernizing infrastructure and strengthening competitiveness 

Port Energy Transition and Decarbonization

Ports face rising emissions rules and energy risk — making decarbonization critical to remain competitive.

Jacobs works with port owners and operators to turn energy transition goals into practical, deliverable programs. From early strategy and planning through design and implementation, we support clients to assess options, manage risk, integrate low-carbon solutions and decarbonize at pace while maintaining operations, resilience and long-term competitiveness.

Port energy transition across the lifecycle

From strategy and planning to design, delivery and operations, enabling low-carbon, resilient and competitive ports.

  • team-of-maritime-engineers-overseeing-work-at-shipyard-construction-site

    Decarbonization Strategy and Digital Performance

    Guiding ports as they turn energy transition goals into practical action, starting with a clear carbon baseline and a roadmap that aligns decarbonization with operational priorities and regulatory requirements. 

  • Close up of Solar cell

    Electrification and Clean Energy Infrastructure

    Supporting electrification of cargo handling equipment, shore power systems and port operations while planning grid upgrades to meet growing demand. We also deliver infrastructure for alternative fuels such as hydrogen, ammonia and LNG, alongside port-based renewable energy projects, including solar and hybrid power systems. 

  • Wind turbines at sea

    Offshore Wind and Maritime Renewables

    Advancing projects from early feasibility and port screening through terminal design and project delivery. Our services include engineering design, port modifications for heavy-lift operations and digital tools that track turbine installation progress, supporting developers and port owners to deliver complex renewable energy programs efficiently. 

  • Team Inspection engineers with laptop work at the shipping por

    Port Planning and Investment Advisory

    Assessing wave exposure, geotechnical constraints, land availability and construction access to inform smart investment decisions. We also provide engineering due diligence for mergers and acquisitions, working with clients to evaluate asset performance and unlock opportunities for expansion and modernization.

  • climate port

    Climate Risk and Resilience

    Working with clients to assess vulnerabilities, identify mitigation strategies and integrate resilience into infrastructure planning and operations while pursuing decarbonization. This strengthens long-term performance while supporting compliance with emerging environmental standards. 

Port energy transition, explained

Understanding the strategies, technologies and infrastructure needed to decarbonize ports and maritime operations.

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Ports enable the energy transition by adapting infrastructure and operations to support low‑carbon supply chains. This includes hosting offshore wind and alternative fuel facilities, electrifying equipment, enabling shore power for vessels and acting as hubs for the production, import and distribution of cleaner energy.

Ports can decarbonize through phased action. Short-term measures improve efficiency through digital systems, transport optimization and workforce engagement. Medium-term steps reduce energy use with denser stacking, no idling policies and onsite renewables. Long-term strategies use analytics, tariff reform and supply chain collaboration to drive low carbon transition.

Electrification of cargo handling equipment and providing shore power to ships reduces diesel emissions and improves air quality. When combined with renewable power, it significantly cuts carbon output while improving efficiency, noise levels and working conditions. The effectiveness of this strategy depends on the proportion of renewable power in the grid supply.

Green ports apply sustainable practices to enhance environmental performance while supporting economic growth. They use renewable energy, electrify operations and reduce emissions. They support offshore wind, hydrogen and low carbon supply chains to meet net zero goals, often connecting and supporting other green ports via green corridors.

Ports can plan shore power by assessing vessel demand, grid capacity and berth requirements. This includes upgrading electrical infrastructure, coordinating with utilities, selecting compatible standards and phasing implementation to align with fleet readiness, regulations and available funding.

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  • When decarbonization is embedded early in planning, ports unlock smarter decisions on operations, equipment and power that deliver lasting impact.
    Laurence Banyard
    Global Principal, Maritime Energy

  • By pairing traditional and renewable power in phased, hybrid models we repurpose existing infrastructure rather than abandoning it; in the process we recognize that the energy transition is an evolving process, not a sudden switch.
    Medha Rahman
    Global Principal, Transportation Advisory

  • Harboring change

    Thinking fast and slow about port decarbonization

    Laurence Banyard, Jacobs’ global principal, maritime energy, explains how ports can become more resilient and sustainable by integrating decarbonization, climate adaptation and infrastructure planning into a coordinated, long-term strategy supported by data, collaboration and emerging energy technologies.

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    GettyImages-1460473644

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