A case study of thermal and humidity sensations in the smart building

Modern smart buildings are equipped with renewable energy systems and control units to optimise and minimise energy consumption. Thus, they enable to reduce CO₂ emissions and help protect the environment. In the article thermal and humidity sensations of students in the smart, modern building have been presented and discussed. The analyses were done in three lecture rooms, where students filled in questionnaires about how they felt. Simultaneously, indoor air parameters were measured (temperature, relative humidity, carbon dioxide level and etc.). The study enables to assess the thermal and humidity in the smart, modern building, where people tend to spend large amounts of time. Thus, the valuable data can be obtained regarding indoor environment and human responses there.

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