Revolutionizing Indoor Thermal Comfort: Iris Damper Integration with Step-based Control in Central Air Conditioning System
2024 2nd International Conference on Mechatronics, Control and Robotics (ICMCR)(2024)
摘要
This research addresses the challenge of uneven temperature distribution in central air conditioning systems, causing discomfort for occupants. The proposed solution involves a novel step-based control mechanism in an iris damper, dynamically adjusting its aperture in response to changing temperatures. An experiment demonstrates the effectiveness of this method in maintaining indoor temperature within a specified range of 23.5℃ to 24.5℃, leading to improved temperature uniformity throughout the indoor spaces. The findings suggest that integrating the step-based control in iris dampers enhances thermal comfort, offering a practical solution and efficient avenue for rectifying temperature-related issues in buildings equipped with conventional variable air volume (VAV) systems in central air conditioning. This approach has the potential to revolutionize temperature regulation, providing a cost-effective means to enhance occupant satisfaction in various building types.
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关键词
iris damper,step-based method,system control,thermal comfort,diffuser air damper,temperature distribution,VAV system
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