Smart Energy Storage Technology's Future Energy Grid Applications

Utilization of Smart Energy Storage Systems is one of the most widely studied subjects in energy systems research (SESSs). The fundamental argument is its direct relationship to current civilization, which is concerned with energy grid balancing, flexibility enhancement, and environmentally benign energy generation. SESSs are composed of multiple energy storage devices with complimentary key qualities that allow them to collaborate more efficiently than any single energy storage technology. A microgrid's base generation could be a renewable energy source with energy storage, minimizing the demand for generators that use fossil fuels. By delivering improved energy management solutions, they assure the continuity of the energy supply and boost the dependability and flexibility of the power system. The operation of electrical energy systems requires SESSs. Governments across the globe are investing heavily in smart energy grids, which include utility, commercial and industrial, off-grid, and micro-grid systems, to ensure optimal energy use and supply, improve planning for the integration of various green technologies such as renewable energy systems, electrical vehicle networks, and smart homes with the grid. In addition, we see that rising nations have distinct perspectives and storage demands. Rapid demand growth will directly boost the development of SESSs. On the basis of this importance, we are pleased to use our topical collection and the publication of your findings to enhance the discussion and sharing of views around energy issues. We wish to encourage international trade in both established and new technology. The subjects covered in this Collection include, but are not limited to:

• Aging performance characterization

• ESS performance assessment and enhancement techniques

• Intelligent Controlling of Smart energy storage system

• Optimal scheduling of the Smart energy storage systems

• SESS application in Electric vehicle technology

• Super capacitors utilization in internet of Energy technology

• Different types of energy storage systems

• Optimization of smart energy storage system