Abstract

Their position in transport systems allows ports to play a fundamental role in energy transitions. In increasingly ambitious quests to promote sustainability, ports often look to shore power to reduce emissions. To fill knowledge gaps regarding empirical experiences with shore power, this study turns to the transition to shore power in Oslo, Norway. In doing so, it demonstrates the instrumental role policy and politics can play in transitions. To explore this particular transition, we rely on document analysis and interviews with actors around the Port of Oslo and discuss their involvement with reference to the Multiple-Streams Approach. We argue that the main reason for successful implementation in this case was the environmental thrust and the lack of controversy. The transition was supported by shore power's ability to address different problems experienced by different actors, by the lack of competition from other policies and by a range of political influences which gave momentum to and aligned policy domains. Specifically, we find that the political stream was less prominent in selecting a policy, but more prominent in realizing it. Although the experiences from this particular transition are not necessarily transferrable beyond this case, our study demonstrates the importance of policy alignment, and argues that holistic policy making could be crucial to ensure deep transitions – in which ports can be expected to be prominent.

Highlights

  • As links in transport networks, ports play a crucial role in both landbased and sea-based transport

  • The main objective of this study is to demonstrate the role of policy and politics in the transition to shore power in the Port of Oslo

  • We find that the problems, policy and politics emphasized by MAS are interdependent in their support of shore power

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Summary

Introduction

As links in transport networks, ports play a crucial role in both landbased and sea-based transport. Since many actors and stakeholders interact in the port area, ports could function as energy hubs in the transport system This implies that ports could play a critical role in energy transitions (Damman and Steen 2021). Shore power and has become the most promi­ nent approach to improve the environmental footprint of ports (Bjerkan and Seter 2019). All, it reduces visible, local emissions in the port area, but is in most cases expected to reduce global emissions (Hall 2010).

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