To investigate the principles and components of heating, ventilation, and air conditioning (HVAC) systems with a focus on energy efficiency.
To analyze current HVAC technologies and identify areas where energy losses occur and sustainability can be improved.
To design an optimized HVAC system model that integrates sustainable technologies such as heat recovery, variable speed drives, and smart controls.
To utilize computational tools and simulation software to evaluate thermal performance, energy consumption, and environmental impact of the proposed system.
To assess the economic feasibility and potential environmental benefits of implementing the designed HVAC system in commercial buildings.
To contribute to the advancement of sustainable mechanical engineering practices by promoting energy-efficient solutions in building services engineering.
Conduct a comprehensive literature review on existing HVAC technologies and sustainable practices in mechanical engineering.
Perform load calculations and energy analysis for a prototype commercial building to estimate HVAC requirements.
Design an HVAC system layout incorporating modern energy-saving components and sustainable features.
Use computer-aided design (CAD) software and simulation tools to model the HVAC system and simulate its performance under various operating conditions.
Analyze the simulation data to identify strengths and weaknesses of the designed system and refine it accordingly.
Prepare a detailed project report outlining methodology, design choices, simulation results, and recommendations for real-world application.
Present findings to peers and faculty, demonstrating the potential impact of sustainable HVAC systems on energy conservation and environmental protection.
