An Ingenious Window Assist with Advance Climate Monitoring System
Author(s):
Dr. Anish John Paul, Aniston R, Aslin Stephy J, John Senas E, Jose Prakash J.
Keywords:
Abstract
This abstract delves into the transformative potential of smart window assist systems, which integrate IoT technology to revolutionize indoor environmental monitoring and control. Traditionally passive components, windows now emerge as active contributors to creating optimal indoor conditions by autonomously responding to environmental cues such as sunlight, rainfall, dust, and air quality. By harnessing a sophisticated network of sensors, including sunlight, rainfall, dust, and gas sensors, these systems proactively monitor key environmental parameters in real-time. Sunlight sensors enable dynamic adjustment of window shading to optimize natural lighting while minimizing glare and heat gain, while rainfall sensors detect precipitation levels to prevent water ingress and protect interior spaces from damage. Furthermore, dust sensors continuously monitor airborne particulate matter, triggering window operations to mitigate indoor pollution and maintain air quality. Integration of gas sensors enables detection and identification of harmful gases, empowering swift initiation of ventilation measures to evacuate contaminants and safeguard occupants' health. Seamless connectivity with smartphones and other smart devices allows users to remotely access and control window operations, facilitating real-time monitoring and adjustment of indoor environments from anywhere with an internet connection. Synchronization with existing smart home ecosystems amplifies the impact on energy efficiency and sustainability, enabling holistic energy-saving strategies tailored to users' preferences and lifestyle patterns. The benefits extend beyond convenience to encompass improved health outcomes, enhanced sustainability, and elevated quality of life in residential, commercial, and educational settings. As the demand for smart building technologies surges, smart window assists systems emerge as pivotal players in shaping the future of sustainable and responsive environments. Through exploring their design, implementation, and potential applications, these abstract highlights their transformative impact on indoor environments and the broader built environment landscape.
Article Details
Unique Paper ID: 163233

Publication Volume & Issue: Volume 0, Issue no

Page(s): 24 - 27
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