The Application Scenarios of Energy Storage Technology Based on the Integrated System of Light, Storage and Charging

Abstract

The case that this paper examines is the use of the energy storage technology on the basis of the integrated photovoltaic, storage and charging system in various situations. To begin with, the current research stasis of the integrated photovoltaic-storage-charging systems and the energy storage technologies in the country and internationally was systematically reviewed. The principle of the structure and functioning of the system were examined and the peculiarities of the common types of energy storage technologies, as well as their detailed interpretation, were given. The present paper is a systematic investigation of the application features and usefulness of energy storage technology in the urban environment (residential and commercial), rural one (agricultural production and household electricity consumption) and in park-based areas (industrial and technological parks), and in the connection of power station, finding out the most important technical issues of each of the scenarios. The study also determines the technical and market-level issues that the development of energy storage technologies is facing currently and the respective optimization strategies and policy recommendations. According to the findings, energy storage technology in integrated photovoltaic-storage-charging systems has a high adaptability and a potential to develop at a great extent in a wide range of application inspections. However, some technical improvements and localized market promotion strategies are required to take advantage of the specificity of the given case to the maximum. Lastly, energy storage technology future development trends and prospects of its industrial application are considered.