This research is motivated by the existence of the energy crisis and environmental issues are central issues that are of concern to both developed and developing countries. This quantitative research aims to develop a solar cell control system and how to improve the efficiency of electrical energy on the environment. The research method used is experimental testing, planning and tool making Meanwhile, for data analysis using statistical procedures. The results of the study show that the use of solar trackers for solar module users is widely known, although not massively, this is because this type requires additional energy to drive the solar module throughout the day, which is feared to actually consume the electrical energy produced. This study tries to develop a solar tracker by applying it to an electric motorcycle so that it can increase the power efficiency of an electric motorcycle. This efficient daal axit solar tracker system uses light sensors and timers to be able to move in the direction of sunlight to as to maximize power output. For testing the single axts solar tracker, the electrical energy produced without a trocking system and tracking spatem (parking) is 101.87 Wh and 145.02 Wh and the power produced is 16.90W and 24.10W per day, and with a tracking system and without tracking (running) The electrical energy produced is 124.835