Bioenergy Electricity on Internet of Renewable Energy (IoRE) Framework for Sustainable Electricity Grid Integration in the European Union (EU)

Famous O. Igbinovia, J. Krupka, P. Hájek, Z. Muller, J. Tlustý
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Abstract

Climate change and the finite nature of traditional electricity production sources have resulted in the increasing utilization of renewable electricity sources in today's electricity grid architecture. Which is hoped to eventually lead to a hundred percent renewable electricity grid architecture. A purely renewable electricity grid will bring about the implementation of the Internet of Renewable Energy (IoRE). The European Union (EU) in an attempt to stimulate and strengthen the integration of electricity grid architecture of member states has set in motion several strategies. A great strategy should be a purely renewable electricity grid assets integration in the region. Besides hydro and wind energy, bioenergy is following on the listing of vital renewable energy sources consumed in the European electricity generation mix. Bioenergy electricity combined with other renewables on the IoRE framework will lead to a sustainable electricity grid integration in the EU. The anticipated utilization of IoRE technology in the short-term and long-term in the region will lead the way to assess a hundred percent renewable electricity product by consumers in each member country. It will as well bring about cleaner electricity product production in the EU.
基于可再生能源互联网的生物能源电力(IoRE)欧盟可持续电网整合框架
气候变化和传统电力生产来源的有限性导致可再生能源在当今电网结构中的利用率越来越高。这有望最终实现100%的可再生电网结构。纯可再生电网将带来可再生能源互联网(IoRE)的实施。欧盟(EU)为了刺激和加强成员国电网架构的一体化,制定了若干战略。一个伟大的战略应该是将纯可再生电力资产整合到该地区的电网中。除了水力和风能,生物能源是欧洲发电组合中重要的可再生能源之一。生物能源电力与IoRE框架下的其他可再生能源相结合,将导致欧盟电网的可持续整合。预计该地区短期和长期利用IoRE技术将引领每个成员国的消费者评估100%可再生电力产品的方式。它还将为欧盟带来更清洁的电力产品生产。
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