350kW Solar-Powered Container Terminals at Nordic Ports

Do seaports use underground thermal energy?

Underground thermal energy resources in seaports can help to reduce energy costs and emissions, contributing to more sustainable port operations. However, there are only a few examples of the actual large-scale application of underground thermal energy use in ports, such as in Rhine River ports (Puttke, 2013).

Does sector coupling contribute to a decarbonised port energy system?

Here, sector coupling could trigger hydrogen production in the port area, and thereby enable hydrogen supply to ships. Concludingly, energy and sectoral interactions contribute towards a decarbonised, flexible and efficient port energy system, however, the benefit depends on port characteristics and energy transition scenarios. 1. Introduction

Are future energy systems possible in Norwegian ports?

Scenario construction Given that energy transition is associated with large uncertainties, four qualitative scenarios were designed, aiming at exploring and comparing, rather than predicting, a range of plausible future energy systems in Norwegian ports.

How does port location affect energy systems and sector coupling?

Port location has an impact on the potential for integrated energy systems and/or sector coupling, where rural ports might benefit from area access for renewable energy production, urban port from heat integration with district heating, and industry ports from co-generation and use of different energy carriers.