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风电场土地利用优化规划与建设工程实践

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随着全球能源需求的增长和对可再生能源的关注,风能作为一种清洁、可持续的能源,其发展越来越重要.然而,风电场的建设面临着土地利用的限制和挑战,因此旨在探讨风电场土地利用的优化规划和建设工程实践,采用多种方法,包括土地调查、风资源评估和检测、电力系统设计和经济分析等,通过分析和评估现有土地资源,确定了最适合建设风电场的区域,并优化了土地利用方案.通过合理的土地利用规划和工程实践,风电场的建设可以最大程度地提高土地利用效率,减少对农业和生态环境的影响.优化规划和工程实践还可以提高风电场的发电能力并降低成本,从而提高风能的利用效益.总之,风电场土地利用的优化规划和建设工程实践是确保风能可持续发展的重要措施.通过合理的规划和实践,可以充分利用土地资源,最大限度地发挥风能的潜力,并减少对环境的负面影响,实现可持续能源发展的目标.
Wind Farm Land Use Optimization Planning and Construction Engineering Practice
With the growth of global energy demand and the focus on renewable energy,wind energy is becoming more and more important as a clean and sustainable energy development.However,the construction of wind farms faces land use restrictions and challenges.Therefore,this study aims to explore the optimization of wind farm land use planning and construction engineering practice,using a variety of methods,including land survey,wind resources assessment and de-tection,power system design and economic analysis,through the analysis and evaluation of existing land resources,deter-mine the most suitable for the construction of wind farm area,and optimize the land use scheme.Through reasonable land use planning and engineering practice,the construction of wind farms can maximize the efficiency of land use and reduce the impact on agriculture and ecological environment.Optimizing planning and engineering practices can also improve wind power generation capacity and reduce costs,thus improving the efficiency of wind power utilization.In short,the optimi-zation planning of wind farm land use and construction engineering practice are important measures to ensure the sustain-able development of wind energy.Through rational planning and practice,land resources can be made full use to maximize the potential of wind energy,and reduce the negative impact on the environment,to achieve the goal of sustainable energy development.

wind farmland useoptimization planningconstruction engineering practice

张杰

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山东国瑞新能源有限公司,山东 济南 250102

风电场 土地利用 优化规划 建设工程实践

2024

电工技术
重庆西南信息有限公司(原科技部西南信息中心)

电工技术

影响因子:0.177
ISSN:1002-1388
年,卷(期):2024.(z1)