SRINAGAR: The National Institute of Technology (NIT) Srinagar has secured a patent for an innovative system designed to modernize the traditional Hamaam, a common heating method in Kashmir and other cold regions, by integrating artificial intelligence and Internet of Things (IoT) based automation. The patented technology, officially titled “An Automated Temperature Control System for Underfloor Heating,” was developed by a research team from the Department of Information Technology and Engineering.
According to details received by The Chenab Times, the invention addresses the limitations of conventional Hamaam systems, which often require continuous manual monitoring and suffer from inefficient fuel consumption. This newly developed system merges smart technologies with traditional heating methods to regulate underfloor heating in real time. It features an automated hopper mechanism that precisely manages the supply of ignition material into a combustion chamber situated beneath the floor, thereby reducing the need for manual intervention.
The intelligent system continuously monitors various environmental parameters, including temperature, humidity, and wind speed, to ensure optimal performance. An AI-driven module dynamically determines fuel requirements and activates the fuel feed mechanism as needed, optimizing energy use and minimizing waste. Furthermore, the integrated controlled ignition unit and a motorised ash-removal mechanism contribute to a cleaner and more efficient operation compared to traditional Hamaam setups. Users are also provided with the ability to precisely control temperature and humidity based on their personal preferences and ambient conditions.
Institute officials highlighted that this innovation significantly enhances operational efficiency, safety, and user comfort. The AI-enabled system is anticipated to improve the overall heating experience and promote more sustainable energy practices in cold climates. Director of NIT Srinagar, Prof. Binod Kumar Kanaujia, stated that the patent underscores the institute’s commitment to innovation tailored to local needs. He added that the integration of artificial intelligence with traditional systems demonstrates how technology can preserve cultural practices while simultaneously improving their efficiency.
Supporting this view, In-charge Director and Dean of Research and Consultancy, Prof. Roohie Naaz Mir, emphasized that such initiatives foster the development of indigenous technologies that are specifically designed for local requirements. She further noted that these efforts strengthen the institute’s role as a center for research with social relevance. Registrar Prof. Atikur Rehman added that this advancement represents a significant stride towards creating smart, energy-efficient solutions for cold regions, effectively addressing real-world challenges through research-driven progress.
The Chenab Times News Desk