This design studies and explores new uses and deployment methods of solar lamps, focusing on efficiency and usability. Recent studies have shown that solar energy has a potential impact on humans, making it one of the most available renewable energy sources on Earth. In this study, I decided to study in depth the application of solar light systems so that many people in rural areas of East Uganda have access to solar energy. Observations and demonstrations show that solar light systems should not only "pay" their energy and carbon emissions from manufacturing, but also bring health benefits to humans by replacing light sources emitted by carbon monoxide. Solar lights have the potential to create a better user experience and a reliable off-grid system.

By adjusting the two angles, namely the solar panel angle, to obtain the vertical sunlight beam to the panel and lamp angle to obtain the appropriate position, the user will have both efficiency and the ability to access solar energy. By deploying it on a gasoline tank, this is a possible way to deploy the system. Users can go out to fetch water and collect solar energy. At night, they will tie lights to the gasoline tank for reading, work, etc. Using adjustable size panel hoops, the entire system can be deployed with objects of different sizes.