阿伯泰大学校园混合动力系统优化配置设计

Wattala Fernando, N. Gupta, Htun Htun Linn, C. S. Ozveren
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引用次数: 6

摘要

如今,由于现代世界的经济和政治条件,苏格兰的高等教育体系发展迅速。由于高水平的能源使用和低水平的校园设施运营和维护,这促使了大学内部可持续、绿色或智能发展的需求。该项目的目的是为阿伯泰校区(SESAC)推荐可持续能源解决方案。本文通过使用各种类型的可再生能源系统,研究了苏格兰邓迪阿伯泰大学图书馆大楼的能源需求,可持续能源解决方案和混合动力系统的最佳配置设计。我们将详细分析不同的可再生能源发电系统,即太阳能光伏、风能和热电联产系统,并使用HOMER软件对建议建筑面积的日照、风速、热电联产规模和燃料奖励进行敏感性分析,以得出最终的最佳结果。通过比较优化结果,并考虑能源成本(COE)和最低总净现值成本(NPC)等参数,本文将为大学校园图书馆建筑提出合适的混合可持续解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of optimum configuration of a hybrid power system for Abertay University campus
Nowadays, due to the economic and political conditions of the modern world there is a rapid development of higher education system in Scotland. This prompts the need for sustainable, green or smart developments within Universities due to the high level of energy use and the low level of campus facility operations and maintenance. Aim of this project is to recommend sustainable energy solutions for the Abertay Campus (SESAC). The paper examines the energy demand, sustainable energy solutions and design of optimum configuration of a hybrid power system for Abertay University's library building in Dundee Scotland by using various types of renewable energy systems. Different renewable power generating systems i.e., the solar PV, wind and CHP systems will be analysed in detail and sensitivity analysis of sunshine, wind speed, CHP size, and fuel prize of the proposed building area will be carried out using HOMER software to produce the final optimal results. By comparing optimisation results and taking into consideration parameters such as cost of energy (COE) and lowest total net present cost (NPC) the paper will propose suitable hybrid sustainable solutions for the university campus library building.
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