Department of Marine Environment and Engineering, National Sun Yat-Sen University, Taiwan.
Sci Total Environ. 2012 Mar 15;420:43-53. doi: 10.1016/j.scitotenv.2012.01.031. Epub 2012 Feb 11.
This paper describes a Group Model Building (GMB) initiative that was designed to discuss the various potential effects that an offshore wind-farm may have on its local ecology and socioeconomic development. The representatives of various organizations in the study area, Lu-Kang, Taiwan, have held several meetings, and structured debates have been organized to promote the emergence of a consensual view on the main issues and their implications. A System Dynamics (SD) model has been built and corrected iteratively with the participants through the GMB process. The diverse interests within the group led the process toward the design of multifunctional wind-farms with different modalities. The scenario analyses, using the SD model under various policies, including no wind-farm policy, objectively articulates the vision of the local stakeholders. The results of the SD simulations show that the multifunctional wind-farms may have superior economic effects and the larger wind-farms with bird corridors could reduce ecological impact. However, the participants of the modeling process did not appreciate any type of offshore wind-farm development when considering all of the identified key factors of social acceptance. The insight gained from the study can provide valuable information to actualize feasible strategies for the green energy technique to meet local expectations.
本文描述了一个群组模型构建 (GMB) 计划,旨在讨论海上风电场可能对其当地生态和社会经济发展产生的各种潜在影响。在台湾鹿港地区,各组织的代表举行了多次会议,并组织了结构化辩论,以促进就主要问题及其影响达成共识。通过 GMB 过程,使用系统动力学 (SD) 模型对参与者进行了迭代构建和修正。由于群体内部的不同利益,该过程导致了具有不同功能的多功能风电场的设计。使用各种政策(包括无风电场政策)下的 SD 模型进行的情景分析,客观地表达了当地利益相关者的愿景。SD 模拟的结果表明,多功能风电场可能具有更好的经济效果,而具有鸟类通道的更大风电场可以减少生态影响。然而,当考虑到社会接受度的所有关键因素时,建模过程的参与者并不欣赏任何类型的海上风电场发展。该研究获得的见解可以为实现绿色能源技术的可行策略提供有价值的信息,以满足当地的期望。