Analysis of the energy balance of the local energy supply system based on the bioenergy complex

2020 IEEE 7th International Conference on Energy Smart Systems (ESS) Pub Date : 2020-05-01 DOI:10.1109/ESS50319.2020.9160050

Qawaqzeh Mohamed, Alexander Lazurenko, A. Miroshnyk, Serhii Dudnikov, A. Savchenko, I. Trunova

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引用次数: 3

Abstract

The structure of energy balance construction is considered as the basis for the creation of mathematical models of optimization of energy supply systems. The use of such models will increase the efficiency of the use of renewable energy in the local system and reduce the load on the centralized system in peak and semi-peak periods. The prospects of using BGP as an energy storage for other renewable energy sources and their advantages when used in the heating system, which will increase the production of commercial biogas, are considered. Also, the construction and analysis of energy balances in the process of designing the local energy supply system will allow: to identify the volume of excessive energy consumption and to develop measures for their elimination; to justify the choice of the most economical types of energy produced and the parameters of energy carriers used in technological processes; to decide on the choice or creation of the most rational systems of energy supply for consumers of industrial enterprises.

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基于生物能源综合体的局部能源供应系统能量平衡分析

能量平衡结构是建立供能系统优化数学模型的基础。这些模型的使用将提高本地系统使用可再生能源的效率，并减少集中式系统在高峰和半高峰时段的负荷。考虑了将BGP用作其他可再生能源的储能的前景及其在供暖系统中使用时的优势，这将增加商业沼气的产量。此外，在设计当地能源供应系统的过程中，能源平衡的构建和分析将允许:确定过度能源消耗的数量并制定消除这些消耗的措施;证明选择最经济的能源类型和技术过程中使用的能源载体参数是合理的;为工业企业的消费者决定选择或创造最合理的能源供应制度。

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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2020 IEEE 7th International Conference on Energy Smart Systems (ESS)

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