The lack of public awareness in disposing of waste properly has serious repercussions on the environment, particularly concerning the management of inorganic waste. Inorganic waste comprises materials of human-made origin that are not easily biodegradable. This situation presents challenges in watte management, given that inorganic waste takes a considerable amount of time to decompose. One of the problem statements in this research is how to design an environmentally friendly automated smart trash bin utilizing solar energy as its power source. The objective is to develop a solur-powered smart trask bin. This study emp a quantitative research method with an experimental approach, Data for this research is obtained from the testing of the constructed device: The data collection technique utilized in this research is observation. The test results demonstrate the successful implementation of a 100 WP solar panel, generating a power output of 9.09 Watts. The Solar Charge Controlier (SCC) halts the charging process upon reaching 14 volts, and with the addition of the SCC, the system maintains stability at a voltage of 12 volts.