Energy Modelling for Shading Systems
Advanced energy modelling techniques specifically focused on accurately representing shading systems in building energy simulations, including software selection and input parameter optimisation.
Module Overview
Accurate energy modelling is essential for demonstrating the performance benefits of shading systems and for achieving compliance with energy regulations. This module teaches you to represent shading systems accurately in building energy models, covering software selection, input parameter definition, and results interpretation. You will learn to work with energy modellers to ensure that shading contributions are properly captured in simulation outputs.
Learning Outcomes
- Identify the key parameters required to model shading systems accurately in energy simulations Analyse energy modelling outputs to quantify shading system performance contributions Apply best-practice modelling conventions for different shading system types Evaluate energy modelling software capabilities for shading system representation Design specification packages that provide energy modellers with complete input data
What's Included
- Energy Modelling Input Guide Software Comparison for Shading Modelling Parameter Definition Templates Case Study: Energy Model Calibration with Measured Data Video: Working Effectively with Energy Modellers Results Interpretation Guide
Purchase This Module
Secure payment via PayFast. ZAR only.
Need help choosing?
Request a consultation →Related Modules
SANS 10400-XA Overview & Application
Full glazing analysis and spectral data calculations for SANS 10400-XA compliance including U-values, SHGC assessment, and visible light transmittance evaluation for building envelope specifications.
SANS 204 Energy Efficiency Requirements
Energy performance modelling per SANS 204 including heat gain calculations, cooling load implications, and the quantified impact of shading systems on total building energy consumption.
Glazing Performance & SHGC Calculations
Fenestration and glazing compliance assessment including Solar Heat Gain Coefficient calculations, shading coefficient analysis, and combined glazing-shading system performance evaluation.
Thermal Comfort Analysis
Comprehensive thermal comfort assessment methodology covering mean radiant temperature analysis, operative temperature calculations, and the impact of shading on occupant thermal comfort zones.