Port Project

Large cargo ships emit carbon dioxide, nitrogen oxides, and fine particulate matter.

These emissions:

  • Can affect air quality in the Rotterdam area,
  • May increase exposure for port workers,
  • Contribute to climate change,
  • Can indirectly impact aquatic ecosystems (for example, through acid rain and pollutant deposition).

The Port of Rotterdam aims to become a low-carbon and sustainable port by 2050.

  • In this context, initiatives such as:
  • Wind energy investments,
  • Carbon capture and storage (CCS),
  • Green hydrogen projects,
  • Electrification,
  • Incentive programs for ships using clean fuels, are being implemented.
What this project aims:

As Europe’s largest port, the Port of Rotterdam plays a significant role in emission reduction:

  • zero-emission port operations
  • use of clean energy
  • shore power electrification
  • the widespread adoption of electric and alternative-fuel vessels.
The obstacles ahead of us:
  • Current batteries do not possess sufficient energy density for such long distances.
  • Battery weight and charging times pose significant constraints.
  • Installing very high-power charging infrastructure at ports is costly

Therefore, it is expected that vessels passing through ports operate using the fuels listed below:

  • Electric short-sea vessels,
  • Green hydrogen,
  • Ammonia fuel,
  • Methanol,
  • Biofuels,
  • Hybrid propulsion systems.
Sustainable system integrations:
  • Ultra-fast ship charging stations
  • Energy generation via solar panels and offshore wind farms
  • AI-driven charging scheduling and energy optimization
  • Automatic connection of ships to robotic charging arms upon docking
  • Smart microgrid
What is microgrid?

A microgrid is a small-scale energy network that integrates electricity generation, storage, and consumption points within a specific area or facility. It can operate while connected to the main power grid, yet it is also capable of supplying electricity in a completely independent “island” mode during grid outages or in remote locations. Consequently, energy generated from solar and wind sources is stored, backed up, and utilized in a controlled manner. This system leads to a significant reduction in costs.

What is shore power?

Shore power is a system that allows marine vessels (such as ships, boats, and yachts) docking at a port to meet their energy needs from the shore by connecting to the port’s electrical grid, thereby shutting down their own generators or main engines. It prevents ships from burning fossil fuels to generate electricity while in port, thus significantly reducing air pollution and carbon emissions in port cities.