Thermal Modelling

Thermal Modelling: Optimising Building Performance from the Start

Thermal modelling plays a vital role in designing energy-efficient buildings. By simulating real-world environmental conditions, our team can evaluate performance, identify risks, and refine design strategies early in the process. We provide:

  • Dynamic Simulation Modelling (DSM) for precise thermal analysis

  • Early-stage input on energy use, overheating, and ventilation

  • Compliance assessments for Part L, TM59, and other standards

  • Data-driven support for sustainable and cost-effective design decisions

Our thermal modelling expertise ensures your building performs as well in reality as it does on paper.

Maximising Thermal Modelling

Our highly skilled engineers know exactly how much energy a building will use – and how to minimise energy consumption – even when the plans are still on the drawing board.

Using the latest state-of-the-art software, we can produce a virtual dynamic thermal model of any building, however large or complex, and accurately predict energy consumption, carbon emissions, operating costs and the even comfort of the potential occupants to help create the optimal conditions.

From the 3D model, we can calculate sunlight penetration and where to shade diffuse sunshine. We can also simulate natural ventilation, compare the energy efficiency of different construction and glazing materials and examine the relative benefits of heating and cooling technologies to give a complete picture of what the building will be like.

By adding weather data into the simulation, we are able to see the impact of changing temperatures, wind speed, air flow and humidity on the building’s energy performance, for every hour of every day. This enables us to test the full limits of designs before any construction work starts.

Interpreting the combined data from the model, our engineers are able to explore the most viable sustainable strategies and translate them into working solutions for the buildings of the future.

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