Numerical Simulation Models for NePCM and Metallic Fin Enhanced Building Envelopes in Cairo Climate.
Description
This dataset contains the comprehensive numerical simulation models developed in DesignBuilder (v7.0) to evaluate the thermal performance of a residential common area integrated with Phase Change Materials (PCM). The uploaded ZIP archive includes: Baseline Models: Standard envelope and pure Paraffin PCM cases. Enhanced Hybrid Models: Configurations for Aluminum and Copper fins (1mm thickness). NePCM Variants: Simulation cases for Al₂O₃, CuO, and Silica Aerogel nanoparticles at various volume concentrations. Key Technical Parameters: Internal Gains: Occupancy (0.0196 people/m²), Lighting (2.50 W/m²-100 lux), and Equipment (2.16 W/m²). HVAC: Ideal Loads system with Cooling Setpoint at 25°C and Heating at 18°C. Infiltration: Constant rate of 0.50 ac/h.
Files
Steps to reproduce
"To reproduce these results, open the provided .dsb files using Design Builder v7.0 or later. Ensure the Energy Plus engine is correctly linked. The simulations use the 'Ideal Loads' HVAC system with setpoints of 18°C (heating) and 25°C (cooling) as configured in the model's Activity and HVAC tabs. Monthly results can be viewed in the Simulation tab after running a yearly calculation."
Institutions
- Ahram Canadian University