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Innovative technology in the Pacific: Building resilience for vulnerable communities

机译:太平洋地区的创新技术:增强弱势社区的应变能力

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Transitioning to sustainability will require innovation, not just in technological and economic terms but also in governance and culture. The work presented here sought a remote, vulnerable island context (Fiji, South Pacific) to enable further insight into the innovation process related to resilience and sustainability. The innovation targeted by this work was off-grid solar renewable energy (RE) systems framed as a development instrument to promote local, community-based resilience to climate change through increased livelihood security and reduction of climate change effects. Applying a local-level resilience framework to solar technology use, we conclude that the RE system can improve resilience, however, unintended consequences included a rush for energy usage causing a "tragedy of commons" of finite stored energy and subsequently increased supplementary fossil fuel use. This suggests that there are still missed resilience opportunities in the way that the innovation is implemented in developing countries and remote areas in particular. Further analysis demonstrated that improved planning at the socio-technological interface has the potential to strengthen communities' resilience. With significant RE investments required for a transition to a low-carbon future in many developing countries, there is a pressing need to effectively introduce innovative uses of technologies. Existential threats to many local communities, and some nations in the Pacific may mean that sub-optimal innovation will not be enough.
机译:向可持续发展过渡不仅需要技术和经济方面的创新,还需要治理和文化方面的创新。此处介绍的工作寻求一个偏远,脆弱的岛屿环境(斐济,南太平洋),以进一步洞察与韧性和可持续性相关的创新过程。这项工作针对的创新是离网太阳能可再生能源(RE)系统,该系统被构造为一种发展工具,旨在通过提高生计安全性和减少气候变化影响来促进当地社区对气候变化的适应力。将本地级别的弹性框架应用于太阳能技术的使用,我们得出结论,可再生能源系统可以提高弹性,但是,意想不到的后果包括能源使用的激增,导致有限的储能“悲剧”,随后增加了补充化石燃料的使用。这表明在发展中国家,尤其是偏远地区实施创新的方式中,仍然缺少恢复能力的机会。进一步的分析表明,在社会技术界面上改进规划有可能增强社区的适应力。在许多发展中国家,要向低碳的未来过渡需要大量的可再生能源投资,因此迫切需要有效引入创新的技术用途。对许多地方社区和太平洋一些国家的生存威胁可能意味着,次优的创新是不够的。

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