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The system consists of solar panels to collect energy during the day, batteries to store energy for use at night and an LED light fixture. The system can be designed to be either a stand alone system where a separate solar panel is attached to each light or a centralised system with one solar panel providing energy to several lights.

Solar lighting systems can be installed at a fraction of the cost of traditional street lights by eliminating expensive utility wiring and trenching costs. The system can also be designed to incorporate additional features such as motion sensors and remote monitoring capabilities.
Most solar lights use an LED bulb, which consumes less energy than other bulb technologies. In addition, they are able to produce more lumens and provide brighter light for safety purposes. They can also be designed with a higher CRI, which helps to illuminate subjects and grounds more clearly.
Some solar lights come with a motion sensor that activates the light at night and turns it off during the day. This allows the light to be used more efficiently and reduces the need for manual operation. Other lighting systems feature dimming functions that allow the light to be turned on and off automatically, depending on the ambient light levels at the time of night.
Several factors can affect the performance of a solar street light, such as the tilting angle of the solar panel and the shade it receives. If the panel is not tilted correctly, it will lose energy production due to shading from buildings or trees. Additionally, it is important to keep the solar panel clean as dirt or dust may impact its efficiency.
If the battery in a solar street light is too small, it will be difficult to meet its energy needs at night. It is important to select a battery capacity that is adequate for the load requirements. Additionally, the system should be configured with maximum power tracking to optimize the power output under various temperature and sunlight conditions.