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This paper provides a suitable method to address the pitfall of solar energy source by using a smart battery energy storage technology.
To this extent, the methodology described in this study pertains to clear and explicit steps required to provide sufficient evidence toward the reliable integration of a large-scale solar-dependent plant through an appropriately sized battery energy storage system.
This paper proposes an energy system combing solar photovoltaic with battery backup as a small-scale alternative source of electricity in rural areas.
These results show that the thiazine photogalvanic cell can be combined with the chloroplast solar battery in order to increase the power conversion efficiency of the system.
This good performance exhibits that this battery will be a promising candidate for the storage of solar and wind energies.
However, the combination of SC with battery is suitable for the lower power penetration system such as a solar PV generation system.
The combination of electric motor, battery, and solar cells offers an excellent solution to the requirements of various long-endurance applications.
The analyses show the size of the solar system is influenced by the labor cost and the load size whereas the size of the battery storage is sensitive to the load size and the battery cost.

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