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Monitoring systems have become more and more crucial in our lives in recent years. Consequently, we propose in this work an automatic weather monitoring system that is capable of obtaining dynamic, real-time climatic data for a given area. The Internet of Things (IoT), a sophisticated and effective method of connecting objects to the Internet, serves as the scientific foundation for this system. Many areas of practice and science rely on accurate climate measurements. Location and time of day influence weather factors, especially in tropical areas where there are no seasons. Furthermore, as precision agriculture or smart agriculture advances, it will be crucial to improve the measurement of systems that are widely distributed over growing areas. For these reasons, the design, building, and fabrication of a mobile air conditioner with Wi-Fi connectivity and solar energy power is presented in this work. This station measures both relative humidity and temperature. Additionally, workstations can be configured and managed remotely. The program's objective is to promote the creation of freely accessible, open-source hardware. A meteorological base station framework based on the ESP-32 Internet of Things device development board is proposed in this study. The system has a feature that records the ambient temperature and humidity. The ESP-32 web server then makes the data available to the user. A web page is also part of the system to make controlling adjacent instruments easier. The system gets its power from solar electricity.
AL-Nabi et al. (Fri,) studied this question.