The Investment Justification Estimate and Techno-economic and Ecological Aspects Analysis of the University Campus Microgrid

Nemanja Savic, V. Katić, B. Dumnic, D. Milićević, Z. Čorba, N. Katic
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引用次数: 1

Abstract

The paper presents the plan and design of the idea of the microgrid at the Faculty of Technical Sciences in Novi Sad (FTN NS) in the university campus, which is based on the application of several different distributed energy sources. The main distributed energy sources used and planned for the distributed electricity generation in the microgrid “FTN NS” are the photovoltaic power plant with a nominal output of 9.6 kW, a photovoltaic power plant with a nominal output power of 16.3 kW, a wind power plant with a nominal output power of 2 kW, a cogeneration plant for combined heat and power production of the nominal output power of 10 kWe + 17.5 kWt, two electric vehicles of 4 kW and 2.5 kW power, and battery energy storage system with a total capacity of 36 kWh. The paper describes the main technical characteristics, the estimation of electricity generation and the estimation of the amount of non-polluted gaseous greenhouse effect for each distributed source of energy. In order to verify the justification of the application of the proposed microgrid concept, a detailed techno-economic and ecological analysis of the aspects of the application of distributed energy sources in the microgrid “FTN NS” was carried out in the paper.
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高校校园微电网投资论证及技术经济生态分析
本文介绍了诺维萨德技术科学学院(FTN NS)校园微电网的规划和设计思想,这是基于几种不同的分布式能源的应用。主要的分布式能源使用和计划在分布式发电的微型智能电网" FTN NS是光伏电站的名义产出9.6千瓦,光伏电站的额定输出功率16.3千瓦,额定输出功率的风力发电厂2千瓦,热电厂供热和发电的额定输出功率10 kWe + 17.5 kWt两电动车4千瓦功率2.5千瓦,蓄电池储能系统,总容量36kwh。本文介绍了各种分布式能源的主要技术特点、发电量估算和无污染气体温室效应量估算。为了验证所提出的微电网概念应用的合理性,本文对分布式能源在微电网“FTN NS”中的应用进行了详细的技术经济和生态分析。
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