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Heating, Ventilation, and Air Conditioning (HVAC) is essential to providing a comfortable indoor environment for the occupants in a building, while it also consumes a majority of the building energy. Operating with fault, the HVAC system can be more energy consuming and eventually lead to the degraded comfort experience of occupants. This paper is focused on applying an intelligent classification...
In this paper, an intelligent control strategy for ventilation systems in energy-efficient buildings is proposed. The design goal of the intelligent controller is to determine the optimal ventilation rate efficiently and accurately by maintaining the indoor concentration in the comfort zone with a reduced amount of energy consumption. In this study, the concentration is used...
Energy efficiency and occupant comfort are two major issues in building control system design, and the major challenge lies in the development of an effective control strategy for minimizing the total energy usage without compromising the indoor comfort. In this paper, a multi-agent control system for building applications is proposed. Besides the environmental factors including the outside CO2 concentration,...
In this paper, an intelligent control system for indoor air quality in energy-efficient buildings is proposed. The goal of intelligent air quality control for energy-efficient buildings is to maintain the indoor CO2 concentration in the comfort zone with a minimum amount of energy consumption. In this study, the CO2 concentration is used as the indicator of indoor air quality and a CO2 predictive...
Heating, ventilating and air conditioning (HVAC) systems have played an important role in building energy and comfort management. It is designed to provide a relatively constant and comfortable temperature in buildings and provide fresh and filtered air with a comfortable humidity level. In this paper, an optimal control strategy is proposed to control the HVAC system for maintaining building's indoor...
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