Project Details
Grant Program
Faculty Development Competitive Research Grant Program (General) 2024-2026
Project Description
The following objectives would be achieved for different types of PCM-integrated buildings in all climate zones of Kazakhstan:
Examine different building envelopes, commercial PCMs, and the most appropriate method of PCM integration suitable for the diverse climate regions found in Kazakhstan.
Develop a smart IoT-based sensing technology to experimentally evaluate PCM-integrated buildings' performance in Kazakhstan's different climate regions.
Quantitatively evaluate PCM’s performance in enhancing the energy efficiency of buildings.
Introduce a cutting-edge framework utilizing data-driven techniques based on meta-heuristic optimization methods to forecast the energy efficiency of buildings integrated with PCM.
Perform economic and environmental analyses of buildings that are integrated with PCM.
Assess the circular economy of buildings that incorporate PCMs by utilizing the 9-R framework.
Examine different building envelopes, commercial PCMs, and the most appropriate method of PCM integration suitable for the diverse climate regions found in Kazakhstan.
Develop a smart IoT-based sensing technology to experimentally evaluate PCM-integrated buildings' performance in Kazakhstan's different climate regions.
Quantitatively evaluate PCM’s performance in enhancing the energy efficiency of buildings.
Introduce a cutting-edge framework utilizing data-driven techniques based on meta-heuristic optimization methods to forecast the energy efficiency of buildings integrated with PCM.
Perform economic and environmental analyses of buildings that are integrated with PCM.
Assess the circular economy of buildings that incorporate PCMs by utilizing the 9-R framework.
Status | Active |
---|---|
Effective start/end date | 1/1/24 → 12/31/26 |
Keywords
- phase change materials
- Internet of Things
- energy efficiency
- ventilation
- machine learning
- circular economy
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