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The Potential of Distributed Energy Resources in Building Sustainable Campus: The Case of Sichuan University

机译:建设可持续校园中分布式能源的潜力:四川大学的案例

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Distributed energy resources systems are decentralized,modular and more flexible technologies.These systems can comprise multiple generation and storage components.Sichuan University(SCU)has joined Global Urban Development program,and takes part in Sustainability Tracking,Assessment & Rating System,aims at a sustainable campus.So we investigated the potential of distributed energy resources,e.g.solar power,that can be used in SCU.Firstly,we build 4 micro-grids with a total 156 Kw PV capacities to collect the power generation data.The total roof area of SCU Jiangan campus is 165701 m~2,and the estimated installed capacity is 8.3MW-11.6MW.Based on this data,33% ~ 46% power cost can be covered by PV power generation.
机译:分布式能源系统是分散的,模块化和更灵活的技术。这些系统可以包括多个生成和储存组件。四川大学(SCU)加入了全球城市发展计划,并参加了可持续性跟踪,评估和评级系统,旨在实现 可持续的校园。所以我们调查了分布式能源资源,EGSOLAR功率的潜力,可用于SCU.Firstly,我们建立了4个微网格,总共156千瓦的PV容量收集了发电数据。总屋顶区域 SCU Jiangan校园是165701 m〜2,估计的装机容量为8.3mW-11.6mw.基于此数据,PV发电可以覆盖33%〜46%的功率成本。

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