Robotics play a significant part in the continual day-to-day development of technology. The idea of an electricity production control method for an aerial vehicle is succinctly explained in this study unnamed aerial vehicle (UAV). The system will provide the UAV's onboard electronics with the electricity they need. Most of the power system stabilizer is made up of maximum power point tracking (MPPT), battery planning, and thermoelectric phases. The MPPT stage aims to use solar cell panels to generate as much power as feasible initially. The battery management stage monitors and regulates the charge-discharge activities of the Li-Ion polymerization rechargeable battery components. The next phase is power conversion, which comprises dc/dc power converters that provide +5 V and +12 V for portable electronics and onboard computers, respectively. Future research will focus on the concept of continuous self-sustaining flying for a variety of purposes, including communication transmission, surveillance, and observing, to name just a few. This paper, it is explored how altitude and cargo mass as independent variables affect the design and functionality of the airplane