Indoor Thermal Comfort Environment Monitoring System Based on Architecture of IoT

This study uses Arduino UNO as a development substrate to set up sensing nodes for indoor environments. It uses ESP8266 for wirelessly transmit data to the terminal devices. Through the C# human-machine interface monitoring data, the controllable load is controlled by wireless remote mode. Finally, the data is stored in a database as an experiment and analysis in the future. This actual measurement experiment verify the thermal comfort and energy saving effects based on the three modes of comfort, general and energy saving. The study result achieves thermal comfort and energy saving balance.