An Advanced Approuch: One Holistic Vision of the Future Energy Systems

Capatina Octavian
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Abstract

The aging energy infrastructure, politically controlled fossil resources, the rise of renewable technologies, the geographical distribution feature of renewable energy, climate change exigencies, the increase in domestic electricity consumption have forced the power industry to examine the status and health of the electrical systems. The advancements in real-time processing and computing power made searching for new approach regarding energy systems possible. Some former solutions are partial, exceeded, or unclear like smart grid, enernet, and microgrid. In our turn, we proposed another view to the energy systems and, at the same time, a holistic vision, and an analogy with the autonomous functioning of the biological cells. In our view, the energy systems must be thought firstly as part of the nature; secondly the system must be conceived as a whole that includes consumers, generators, storage facilities, metering infrastructures, grids and rules; thirdly, to get safety and efficiency it must be modular/cellular and able to do its best as well as part of an ensemble as well as stand alone. To achieve this final require we have made an analogy with the DNA of the biological cell, and the result are the so-called Intelligent Energy Cells/Systems. Because the arrival of carbon-free energy in the future will be done through the massive use of solar energy, the advantages of this intermittent and fluctuating energy are presented, too.
一种先进的方法:未来能源系统的整体愿景
老化的能源基础设施、政治控制的化石资源、可再生能源技术的兴起、可再生能源的地理分布特征、气候变化紧急情况、国内用电量的增加,迫使电力行业审视电力系统的状况和健康状况。实时处理和计算能力的进步使得寻找有关能源系统的新方法成为可能。以前的一些解决方案是部分的、超出的或不明确的,如智能电网、能源和微电网。反过来,我们提出了能源系统的另一种观点,同时,一个整体的愿景,并与生物细胞的自主功能进行类比。在我们看来,能源系统必须首先被认为是自然的一部分;其次,必须将该系统视为一个整体,包括消费者、发电机、存储设施、计量基础设施、电网和规则;第三,为了获得安全性和效率,它必须是模块化/蜂窝式的,能够发挥最大的作用,既可以作为整体的一部分,也可以独立运行。为了达到这个最终的要求,我们用生物细胞的DNA做了一个类比,结果就是所谓的智能能量细胞/系统。由于未来无碳能源的到来将通过大量使用太阳能来实现,因此这种间歇性和波动性能源的优势也被呈现出来。
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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