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In recent years, electric vehicles (EVs) have been gaining popularity among consumers worldwide. This innovative system seeks to address the challenges of traditional charging methods while reducing reliance on fossil fuels and promoting sustainable transportation. However, some countries may face infrastructure challenges that make it difficult to build and maintain EV charging stations. The project aims to design a wireless charging system for electric vehicles with an efficient coil size and compatibility, investigate the reliability of solar panels integrated into the system under different environmental conditions and analyze the feasibility and efficiency impact of a solar wireless charging system. Based on the problems that stated, the aim of the project is to design a wireless solar charging system with battery backup for electric vehicles, providing a sustainable and reliable source of energy for night time use. In development part. It involves a source from solar with battery supply design and a wireless charging system. This research will be carried out to design circuit of solar panel with battery supply for night user by using Matlab software. The coil to be designed using the shape of a spiral and 20-30 turns, with the assistance of ANSYS software for the design process. Next, the wireless charging system will be designed using Proteus 8 software to with Arduino Uno that will be using for programming, then the results being simulated for validation. The design of this particular system is anticipated to generate overall system with output voltage within the range of 24 volts, along with an output current that which is 31.4 miliampere.