满足伊利诺伊州分布式发电可再生能源组合标准的可行性和消费者利益

Q4 Engineering

International Journal of Sustainable Building Technology and Urban Development Pub Date : 2014-10-17 DOI:10.1080/2093761X.2014.900730

J. Jo, J. Hayden, S. Noll

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引用次数: 1

摘要

伊利诺伊州可再生能源投资组合标准(RPS)设定了到2025年分布式发电占该州总电力销售0.25%的目标。本研究分析了住宅太阳能系统满足分布式发电RPS目标的可行性。住宅太阳能光伏系统对系统所有者的净现值(NPV)估计超过25年的使用寿命。考虑到地区特定的电价和太阳能资源，太阳能系统按人均分配到伊利诺伊州的七个地区。这里提出的模型通过在县、地区和州的基础上编制系统生命周期的年度NPV来比较年度支付和对客户的附加值。二氧化碳和输电损失的减少也被估计为更彻底地描述分布式发电的积极影响。

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Feasibility and consumer benefits of meeting the renewable portfolio standard for distributed generation in Illinois

The Illinois Renewable Portfolio Standard (RPS) set a goal of meeting 0.25% of the state's total electricity sales from distributed generation by 2025. This study analysed the feasibility of meeting this distributed generation RPS target with residential solar systems. The net present value (NPV) of residential solar photovoltaic systems to system owners were estimated over a 25 year lifespan. The solar energy systems were allocated on a per capita basis to seven regions across Illinois to take into account region-specific electricity rates and solar resources. The model proposed here compares the annual payments and added value to the customer by compiling yearly NPV on a county, region, and state basis for the system lifespan. Reductions in CO2 and transmission losses were also estimated to more thoroughly describe the positive effects of distributed generation.

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来源期刊

International Journal of Sustainable Building Technology and Urban Development Engineering-Building and Construction

CiteScore

1.20

自引率

0.00%

发文量

期刊介绍： The International Journal of Sustainable Building Technology and Urban Development is the official publication of the Sustainable Building Research Center and serves as a resource to professionals and academics within the architecture and sustainability community. The International Journal of Sustainable Building Technology and Urban Development aims to support its academic community by disseminating studies on sustainable building technology, focusing on issues related to sustainable approaches in the construction industry to reduce waste and mass consumption, integration of advanced architectural technologies and environmentalism, sustainable building maintenance, life cycle cost (LCC), social issues, education and public policies relating to urban development and architecture .