Hybrid Energy System Based on the Mix of Fossil and Renewable Energy Resources

S. Radu, A. Barbulescu, Ciprian Coandreş, Charles Rostand MvongoMvodo, I. Scutelnicu, Jamal Khamis, Alexandru A. Burian
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Abstract

Abstract In the article, the authors present the approach of combining energy production systems, subsystems by obtaining specific advantages, facilitating the efficient conversion of resources subject to advanced energy-thermal treatment, and solutions are proposed for the creation of a “photovoltaic - other combining resources” matrix. obtaining the generational energy mix. The paper describes the endogenous economic growth through the knowledge of hybrid technological processes, the technical and technological changes in the field of energy, the relational implications in the field and advances the proposal of a hybrid energy system based on the mix of geothermal energy resources from closed coal mines) and renewable energy resources solar. Also, the breakdown of energy/geothermal heat sources recovered from galleries and long-front abattoirs as lots of a sub-system of energy production in a hybrid energy system based on the mix of geothermal mining and renewable solar energy resources is reported. The authors conclude that the addition of the “hydrogen production” sub-system to the hybrid energy system based on the mix of fossil and renewable energy resources represents extensive conceptual and operational specific development.
基于化石能源和可再生能源混合的混合能源系统
本文提出了利用特定优势将能源生产系统、子系统进行组合的方法,促进了先进能源-热处理资源的高效转化,并提出了创建“光伏-其他组合资源”矩阵的解决方案。获得代际能源组合。本文通过混合技术过程的知识描述了内生经济增长,能源领域的技术和技术变化,以及该领域的相关影响,并提出了基于封闭煤矿地热资源和可再生能源太阳能混合的混合能源系统的建议。此外,还报道了从画廊和长前屠宰场回收的能源/地热热源的分解,作为基于地热采矿和可再生太阳能混合能源系统中能源生产的许多子系统。作者得出结论,将“制氢”子系统添加到基于化石能源和可再生能源混合的混合能源系统中,代表了广泛的概念和具体的操作发展。
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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