Smart Grid Synchronization Techniques with PV Generating System and its Challenges: An Overview of Power Sector in India

Bajrangi Maurya, Savitri Sharma
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Abstract

In India, more than 70% of electrical power is generated by convention source of energy including fossil-fuel which impact adversely on environment. So, therefore, to reduce environmental concern, renewable source of energy generation, such as solar power generation, wind power generation, biogas, geothermal and many more are playing tremendous role. In this paper, integration of smart grid which is the management techniques, used in power sector to manage electrical power distribution and consumption at both end generation and consumption with the help of smart technologies has been overviewed. Reviews on synchronization techniques for grid-connected converters have been presented in this paper. However, synchronization with PV system is big challenges in terms of reliability and power quality of supply. This paper presents a thorough overview of challenges and reliability prospects of smart grid synchronization with PV generating system. Different possible techniques have been discussed to mitigate these negative impacts so that PV synchronization with smart grid and various possible ways are reviewed for future work.
光伏发电系统的智能电网同步技术及其挑战:印度电力行业概况
在印度,超过70%的电力是由包括化石燃料在内的传统能源产生的,这对环境有不利影响。因此,为了减少对环境的担忧,可再生能源发电,如太阳能发电、风力发电、沼气、地热等都在发挥着巨大的作用。本文概述了智能电网的集成,这是一种管理技术,用于电力部门,在智能技术的帮助下,在终端发电和消费方面管理电力分配和消费。本文综述了并网变流器同步技术的研究进展。然而,与光伏系统的同步在供电的可靠性和电能质量方面是一个很大的挑战。本文全面概述了智能电网与光伏发电系统同步所面临的挑战和可靠性前景。讨论了不同的可能技术来减轻这些负面影响,以便光伏与智能电网的同步和各种可能的方法为未来的工作进行了回顾。
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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