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作 者:汤坤元 TANG Kunyuan(Fuzhou Institute of Technology,Fuzhou 350000,China)
机构地区:[1]福州理工学院,福建福州350000
出 处:《现代建筑电气》2024年第1期38-43,共6页Modern Architecture Electric
摘 要:以某含氟新能源材料生产项目厂区的供配电设计为例,初步设计两个不同的供配电设计方案,然后从初始建设投资、运营期间的设备运行成本、系统运行安全性可靠性、后期维护或检修的便利性可行性等方面进行分析对比,结合本项目平面布局及用电负荷分布情况,选择最佳的供配电方案。此外,从供配电系统的主要设备选型、配电线路材料、园区室外照明灯具选择等方面,紧紧围绕低碳节能及可持续发展,以实现“双碳”目标为基本目标。This article takes the power supply and distribution design of a fluorine-containing new energy material production project as an example,and preliminarily designs two different power supply and distribution design schemes.Then,it analyzes and compares the initial construction investment,equipment operation cost during operation,system operation safety and reliability,and convenience and feasibility of later maintenance or repair.Based on the plane layout and power load distribution of this project,the best power supply and distribution scheme is selected.In addition,from the selection of main equipment for the power supply and distribution system,distribution line materials,and selection of outdoor lighting fixtures in the park,it closely focus on low-carbon energy conservation and sustainable development,with the basic goal of achieving the“dual carbon”goal.
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