Dynamic thermal modelling is an advanced way to simulate the thermal environment of a building. Climatic data, building geometry, layout, occupancy and fabric information and HVAC/renewable energy system usage informs a detailed mathematical simulation.
The simulation captures the heat transfer process into and through the building, as well as its thermal capacity. This understanding allows us to assess and therefore improve building energy and environmental performance and create a thermal friendly environment.
IES Consulting uses dynamic thermal modelling at the core of many of its consulting services. It is an important part of an integrated design process and has value across the whole design process – right from initial master planning and concept stages to project completion, as well as on refurbishment projects.
At early stages the information from thermal modelling can inform a “what if?” iterative process where designers bounce ideas around the table and evaluate the feasibility and value of their concepts. At later stages thermal modelling can be used in the testing, fine-tuning and implementation of design features, pushing them to their full potential.
Dynamic thermal modelling allows us to investigate:
- Energy consumption
- Thermal comfort
- Overheating and solar shading
- CO2 emissions
- HVAC system selection, operation and control
- Renewable energy feasibility
- Passive design strategies
- Ventilation strategies, airflow and air temperature
- Material choice and fabric design
- Energy performance compliance (such as for Part L, EPCs, BREEAM)
- And much more...
