Thermal Comfort Analysis: Simulate the distribution of temperature, humidity, and air velocity in occupied spaces to ensure thermal comfort for occupants.

Ventilation Analysis:Assess the effectiveness of ventilation systems in providing fresh air to indoor spaces. And analyze airflow patterns and air exchange rates to maintain indoor air quality.

Airflow Distribution and Mixing: Use CFD to simulate airflow patterns within rooms and spaces to optimize the distribution of conditioned air.

Heat Exchanger and Coil Analysis: Simulate the performance of heat exchangers and coils to analyze heat transfer efficiency. Optimize the design for enhanced heat exchange between air and refrigerant.

Ductwork Design and Optimization: Evaluate the impact of ductwork layout and configuration on airflow distribution and pressure drop. Optimize duct designs for efficient air distribution.

Air Handling Unit (AHU) Analysis: Analyze the performance of AHUs, including fans, filters, coils, and dampers. Optimize AHU configurations to meet thermal comfort and energy efficiency requirements.

Cooling Load Calculation: Perform cooling load calculations to determine the amount of heat that needs to be removed from a space. Consider factors such as solar radiation, occupancy, lighting, and equipment heat gains.

Refrigeration System Analysis: Simulate the operation of refrigeration systems to assess their performance and efficiency. Analyze the behavior of compressors, condensers, and evaporators.

Energy Efficiency Analysis: Assess the energy performance of HVAC systems and identify opportunities for energy savings. Evaluate the impact of control strategies and system modifications on energy consumption.

Transient Analysis: Simulate transient conditions, such as start-up and shutdown, to assess the dynamic behavior of HVAC systems.

Noise and Vibration Analysis: Use FEA to analyze the structural response of HVAC components to prevent noise and vibration issues. Optimize designs to minimize noise and vibration levels

Building Energy Simulation:Use building energy simulation tools to model the entire building and assess the overall energy performance of HVAC systems.

Renewable Energy Integration: Evaluate the feasibility and impact of integrating renewable energy sources, such as solar or geothermal, into HVAC systems.

System Integration: Integrate HVAC systems with building management systems for optimal control and monitoring. Evaluate the interaction of HVAC systems with other building systems.