2024, Vol. 5, Issue 2, Part A
Development of high-efficiency energy storage systems for sustainable energy
Author(s): Bhaskar Ghose
Abstract: The development of high-efficiency energy storage systems is essential for advancing sustainable energy solutions and addressing global energy demands. Given the inexorable shift toward solar and wind energy, each of which is inherently intermittent, the demand for economical and efficient storage technologies has grown quite significant. This paper looks into the advances in energy storage the last couple of years: lithium ion batteries, solid state batteries, early disclosures of flow batteries, supercapacitors. Their ongoing goal is to increase energy density, decrease cost and increase lifecycle efficiency with these innovations. The role of novel materials, nanotechnology and smart grid integration are investigated in conjunction with optimizing storage systems. Issues of resource scarcity, life cycle impacts, and a lack of recycling solutions are identified as challenges, and an emphasis is placed on the imperative of a circular economy. This research explores how these advancements and challenges combine to make high efficiency energy storage systems an integral component of a future energy infrastructure that can help decarbonize, sustain, and be resilient.
Pages: 47-53 | Views: 17 | Downloads: 10
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How to cite this article:
Bhaskar Ghose. Development of high-efficiency energy storage systems for sustainable energy. Int J Electr Data Commun 2024;5(2):47-53.
