Building Envelope Physics Analyses
- thermal transmittance (U-value) of building envelope components (windows, curtain walls, walls)
- thermal bridging analysis (linear and point thermal transmittance)
- surface condensation and mould growth
- interstitial condensation analysis of building envelope components (EN ISO 13788 and EN 15026)
- peak and cumulative solar exposure on building envelope
- glass optical properties (solar and light)
- assessment of shading devices
- daylighting availability (Daylight Factor, Daylight Autonomy, Useful Daylight Illuminance)
- glare and visual comfort
- dynamic building energy simulation for quantifying the impact of the building envelope design on energy performance (heating and cooling loads) and thermal comfort
Façade Design Input
Solar exposure analyses can inform the massing of the building and the building envelope initial design, including orientation and inclination, glazed areas, shading type and position.
Whole building analysis quantifies the impact of the building envelope on energy performance and comfort.
Dedicated component modelling indicates the thermal performance of different façade options (windows vs. curtain walls or double skin façades).
Assessing the optical properties of glass assemblies and the solar factor to solve the challenging target of matching appearance and performance.
Advice on performance and procurement of transparent materials, insulation and emerging technologies.
Façade design support to achieve Building Regulations and sustainability rating scheme (BREEAM, LEED, WELL).
Sustainable and Healthy Building Design
- building envelope sustainability advice (design for specific credit in BREEAM, LEED, etc.)
- support and guidance in achieving LEED
- support and guidance in achieving WELL Building Standard
- Living Building Challenge presentations
- in-house training courses
- building envelope physics
- energy efficient façade design