Building geometry, layout, Climatic data, occupancy and fabric information and HVAC/renewable energy system usage all combine to provide 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.

We use dynamic thermal modelling software to carry out SBEM, EPC and Overheating calculations. It has been proven that dynamic thermal modelling provides more accurate results than the more simple DCLG approved i-SBEM software, allowing us to provide our clients with a better
service.

At early stages the information from thermal modelling can inform an iterative process to evaluate the feasibility of design 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:

• Building Regulations/legislative compliance (such as for Part L & EPCs)
• Thermal comfort
• Energy consumption
• CO2 emissions
• Overheating and solar shading
• Renewable energy feasibility
• HVAC system selection, operation and control
• Passive design strategies
• Ventilation strategies, airflow and air temperature
• Material choice and fabric design