Solar-powered automated smokehouse machine: An Arduino-based smokehouse system with lora technology

Abstract The Solar Powered Automated Smokehouse machine was developed to enhance the fish smoking process by reducing time and improving convenience. Constructed with galvanized steel to withstand high temperatures, the system uses a solar panel as its primary energy source. It is equipped with two batteries connected in series for energy storage and an inverter to convert DC to AC power. The smokehouse is capable of monitoring temperature and humidity levels and can wirelessly transmit data using a LoRa connection. This innovation aims to modernize the traditional smokehouse, making the fish smoking process faster and more efficient. The prototype was carefully designed with the correct specifications and materials to ensure optimal functionality. The research design of this study used a quantitative research design. This study was done through quantitative experiments to characterize the Solar-Powered Smokehouse Machine parameters, predict the numerical errors, and fix the measured parameters through calibration purposes. All system components were successfully integrated into a single unit, allowing for organized and reliable performance. In addition, the smokehouse maintains high sanitary standards, ensuring clean and safe handling of smoked fish products. The solar-powered design allows for a consistent smoking process, offering faster results and greater convenience for users. Based on its performance, the Solar-Powered Automated Smokehouse is recommended as a replacement for traditional methods due to its efficiency, reliability, and ease of use.