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Transition from conventional to modern grids: Modern grid include microgrid and smartgrid

机译:从传统电网过渡到现代电网:现代电网包括微电网和智能电网

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Power can be generated from conventional as well as non-conventional sources. Power can be accepted from any type of source. With the increasing share of generating resources adding up in distribution side, the traditional frontier that is separating all the three parts (generation, transmission and distribution) of power system are vanishing rapidly. As the grid is transforming to microgrid and smart grid, the consumers are now termed as “prosumers”. The grid that is initially designed for one-way power flow is now experiencing two-way flow of power. As the energy storage cost is declining, it gives rise to new debate for the power system intellectualist whether to invest in conventional grid model (generation + transmission + distribution) or to invest in storage model (distributed generation + distribution + storage) With evolution of Microgrid and Smartgrid concept, power system is advancing to a new era of digitalized power system. With the digitalization of power system there comes various pros and cons in terms of technical as well as economic feasibility. Thus, requires new researches in this modern field.
机译:可以从常规以及非常规来源产生电力。可以从任何类型的电源接受电源。随着发电资源在配电侧所占的份额越来越大,将电力系统的所有三个部分(发电,输电和配电)分开的传统边界正在迅速消失。随着电网向微电网和智能电网的转变,消费者现在被称为“生产者”。最初为单向潮流设计的电网现在正在经历双向潮流。随着储能成本的下降,电力系统知识分子引发了新的争论,即是投资于常规电网模型(发电+输电+配电)还是投资于储能模型(分布式发电+配电+储能)。微电网和智能电网的概念,电力系统正在迈向数字化电力系统的新时代。随着电力系统的数字化,在技术和经济可行性方面都有各种利弊。因此,需要在这个现代领域进行新的研究。

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