This study investigates in natural environment the thermal behavior of an innovative pavement system with thermal and solar energy collection functionalities. The whole structure is continuously monitored using temperature and heat flux sensors probes integrated inside the structure. The local weather conditions are also monitored. Infrared Thermography is used as a complementary non-invasive technique to monitor temperature surface distributions with time and assess the efficiency of heat transfer within the pavement structure. All sensors are connected to a newly developed platform that centralizes data access, visualization, and storage, enabling seamless management and users interactions. Results obtained are presented and discussed.