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光伏发电技术 储能系统 ★ 5.0

社区接纳、能源转型与能源正义中的社会技术张力:来自台湾太阳能光伏项目的启示

Socio-technical tensions from community acceptance, energy transition, and energy justice: Lessons from solar photovoltaic projects in Taiwan

作者 Chian-Woei Shyu · Tzu-IYan
期刊 Applied Energy
出版日期 2025年1月
卷/期 第 384 卷
技术分类 光伏发电技术
技术标签 储能系统
相关度评分 ★★★★★ 5.0 / 5.0
关键词 Tensions regarding community acceptance and energy transitions are studied
语言:

中文摘要

摘要 2017年,台湾政府宣布了首个能源转型路径,目标是将可再生能源发电量占比从2017年的5.42%提升至2025年的20%。自此以来,大规模太阳能光伏(PV)能源项目迅速发展。然而,由于这些项目以政治目标为导向,受国家能源政策推动,由开发商主导,并具有竞争性和技术经济特性,因而引发了地方层面的社会技术张力,使“能源转型”中的“社区接纳”与“能源正义”问题进入公共讨论视野。本项比较案例研究调查了39个由开发商主导的太阳能光伏项目案例。研究结果揭示出以下四方面问题:1)绿色对人类的张力,包括对当地农业或水产养殖区域及活动的侵占、对原住民族保留地的影响,以及对偏远地区具有文化遗产意义和历史价值场址的冲击,尤其是在社会经济条件薄弱的地区;2)绿色对绿色的张力,即国家能源转型目标与森林、沿海湿地等生态敏感区的地方环境保护之间的冲突;3)对社会变迁的关切,包括地方景观的改变、地方依附感的丧失、对人类健康的负面影响,以及社区安全潜在风险;4)亟需更多政策举措,以在国家能源转型与地方社区接纳之间实现平衡,确保在地方层面落实针对人、自然与物种的‘能源正义’与‘关怀伦理’。基于案例经验教训,本文向政策制定者提出了建议,以助其就大规模太阳能光伏项目作出更有效的决策。

English Abstract

Abstract In 2017, the Taiwanese government announced its first energy-transition path which targeted the increase of electricity generated from renewable energy sources from 5.42 % in 2017 to 20 % by 2025. Since then, large-scale solar photovoltaic (PV) energy projects have undergone rapid development. However, since the projects are oriented to a political goal, driven by the national energy policy, led by developers, and have a competitive and techno-economic nature, they have resulted in socio-technical tensions at the local level, bringing “community acceptance” and “energy justice” of “energy transition” to the public debate. This comparative case study investigates 39 cases of developer-led solar PV projects. The results reveal: 1) green-on-human tensions, including those regarding the loss of local agricultural or aquacultural areas and activities, areas preserved for indigenous groups, areas significant for cultural heritage, and historical sites in remote areas with socio-economic deprivation; 2) green-on-green tensions regarding national energy transition and local-environment conservation in forests and coastal wetland sites; 3) concerns on social changes, including local-landscape changes, the loss of place attachment, negative effects on human health, and the potential risks of community safety; 4) the need for more policy measures to ensure “energy justice” and “ethics of care” for people, nature, and species at the local level balancing the transition of national energy with the acceptance of the local community. Recommendations based on lessons learned from the cases are offered to policymakers to help them make more effective decisions on large-scale solar PV projects.
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SunView 深度解读

该研究揭示台湾光伏项目的社会接受度挑战,对阳光电源SG系列逆变器及储能系统在社区级应用具有重要启示。核心价值在于:1)需通过iSolarCloud平台实现项目全生命周期透明化运维,提升社区信任度;2)开发分布式储能方案(PowerTitan)替代集中式大型电站,减少土地占用与景观冲突;3)结合渔光互补、农光互补场景优化SG逆变器防护等级,平衡能源转型与地方生态;4)强化能源公正理念,通过虚拟电厂技术让社区共享收益,为政策驱动型市场提供可持续解决方案。