Developing an Integrated Simulation Model to Design a 100% Renewable Building Energy System

Yang Xing, N. Hewitt, P. Griffiths
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引用次数: 3

Abstract

Oil and coal is a finite, non-renewable resource, and an oil peak is inevitable. A 100% renewable energy system (RES) requires dramatic progress in the areas of demand reduction, efficient renewable energy harvesting and integrated storage. Currently, building sector is the largest consumer in UK. It is followed by transportation sector, which has significant links with the building energy systems. Contributions of building integrated/attached RES applications are explored in this research. A computer simulation model has been developed to facilitate energy system planning in creating a 100% building RES. Conceptual structure of the model and initial simulation results are presented in this paper.
开发一个集成仿真模型来设计100%可再生建筑能源系统
石油和煤炭是有限的、不可再生的资源,石油峰值是不可避免的。100%的可再生能源系统(RES)需要在需求减少、高效的可再生能源收集和集成存储方面取得巨大进展。目前,建筑行业是英国最大的消费者。其次是交通运输部门,它与建筑能源系统有着重要的联系。本研究探讨了构建集成/附加RES应用的贡献。建立了一个计算机仿真模型,以促进能源系统规划,创造100%的建筑可再生能源。本文给出了模型的概念结构和初步仿真结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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