Elsevier

Energy Policy

Volume 98, November 2016, Pages 483-494
Energy Policy

How wind became a four-letter word: Lessons for community engagement from a wind energy conflict in King Island, Australia

https://doi.org/10.1016/j.enpol.2016.09.022Get rights and content
Under a Creative Commons license
open access

Highlights

  • Community engagement for a controversial wind energy proposal is analysed.

  • Key factors driving local conflict are identified and discussed.

  • The social identity approach provides understanding of hidden complexities.

  • Implications for community engagement practice are discussed.

Abstract

Wind is recognised as a key source of renewable energy. Despite broad public support for the sector, wind energy proposals have routinely triggered social conflict and localised opposition. To promote social acceptance and avoid conflict, the wind energy sector undertakes community engagement. This paper interrogates the community engagement undertaken in King Island (Tasmania, Australia) for a large scale wind energy development proposal which did not proceed to implementation due to external economic factors. Despite the proponent's adoption of what was described as a ‘best practice’ community engagement strategy, the proposal caused significant social conflict for the community. In-depth interviews (n=30) were conducted with members of the King Island community and were qualitatively analysed through the social identity lens. Five key drivers of the local conflict were identified: problematic pre-feasibility engagement; the lack of a third-party facilitator of the community consultative committee; holding a vote which polarised the community; the lack of a clear place in the engagement process for local opposition, and; the significance of local context. These findings are instructive for improving community engagement practice for wind energy and other energy generation and land use change sectors.

Keywords

Social identity
Stakeholders
Participation
Social acceptance
Renewable energy
Wind farm

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