The Impact of Incorporation Renewable Energy on Resilience and Stability of Power Grid System


Authors : Pawan Kumar Vishwakarma; Muthuvel Raj Suyambu

Volume/Issue : Volume 9 - 2024, Issue 10 - October

Google Scholar : https://tinyurl.com/2rp36h65

Scribd : https://tinyurl.com/ycy8xwny

DOI : https://doi.org/10.38124/ijisrt/IJISRT24OCT1529

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Abstract : Energy resources from the natural sources such as, solar power, wind power, geothermal heat, which are important instruments in the mitigation of the impacts of fossil energy on the environment, and part of the climate issue solution. This paper aims to explain some of the major renewable energy sources subdivided into solar energy, wind energy, geothermal energy, hydropower and bioenergy; this effect outlines their working principles and role in renewable energy production. Due to the persistence of government support and increase in the technological innovation of renewables, renewable energy is expected to outcompete traditional energy sources such as coal in the subsequent years. The article also explores how in areas ranging from smart technology to renewable energy it is possible to update and invigorate the power infrastructure. Even though renewable sources can be haphazard certain key strategies like demand response portfolios, microgrids, and energy storage systems contribute to the stability of the grid and reliability. This paper discusses some of the social or environmental benefits of renewable energy projects such as decreased carbon emissions, improved public health, and economic benefits, and challenges of integrating these technologies into existing structures. Thus, this paper underlines the need to persist in the efforts to decarbonise the electricity supply and upgrade the infrastructure of the energy networks around the globe.

Keywords : Renewable Energy, Grid Stability, Energy Storage, Smart Grids, Grid Resilience, Environmental Impact, Sustainable Energy Systems.

References :

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Energy resources from the natural sources such as, solar power, wind power, geothermal heat, which are important instruments in the mitigation of the impacts of fossil energy on the environment, and part of the climate issue solution. This paper aims to explain some of the major renewable energy sources subdivided into solar energy, wind energy, geothermal energy, hydropower and bioenergy; this effect outlines their working principles and role in renewable energy production. Due to the persistence of government support and increase in the technological innovation of renewables, renewable energy is expected to outcompete traditional energy sources such as coal in the subsequent years. The article also explores how in areas ranging from smart technology to renewable energy it is possible to update and invigorate the power infrastructure. Even though renewable sources can be haphazard certain key strategies like demand response portfolios, microgrids, and energy storage systems contribute to the stability of the grid and reliability. This paper discusses some of the social or environmental benefits of renewable energy projects such as decreased carbon emissions, improved public health, and economic benefits, and challenges of integrating these technologies into existing structures. Thus, this paper underlines the need to persist in the efforts to decarbonise the electricity supply and upgrade the infrastructure of the energy networks around the globe.

Keywords : Renewable Energy, Grid Stability, Energy Storage, Smart Grids, Grid Resilience, Environmental Impact, Sustainable Energy Systems.

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