ing structures, and green bond instruments can reduce the cost of capital for shipowners, but they also increase reporting and transparency requirements across the value chain.

PORTS ARE TAKING A MORE CENTRAL ROLE

Ports are becoming increasingly important in the transformation of maritime energy infrastructure. Shore power systems, storage and distribution facilities for alternative fuels, and emerging energy carriers require substantial investment, gradually shifting ports from purely logistical hubs into integrated energy nodes.

In the Baltic Sea region in particular, port development is closely aligned with EU climate policy, creating both regulatory pressure and new business opportunities.

Ports are becoming increasingly important in the transformation of maritime energy infrastructure.

THE TRANSITION IS ALSO AN OPPORTUNITY FOR THE FINNISH MARITIME CLUSTER

The Finnish marine industry has a strong position in energy-efficient ship design, smart systems, and advanced marine engineering solutions. These areas are becoming increasingly important in a transition where success depends less on a single breakthrough technology and more on the integration of multiple solutions into viable system-level concepts.

Decarbonisation is no longer a future vision, but an ongoing industrial transformation. Competitive advantage will increasingly come from the ability to combine technology, operations, and financial realism. Over the next decade, the industry will determine which combination of solutions enables shipping to meet its climate targets – and in doing so, the competitive landscape of the entire maritime sector will be reshaped. n

22 seatec 2 / 2026