– Climate analysis
– Psychometric analysis
– Definition of most appropriate passive design strategies
– Study of wind direction and speed
– Analysis of wind patterns for natural ventilation
– Solar exposure analysis
– Calculation of available solar energy
– Integration of Heat Island Effect mitigation techniques
– Analysis of the building environment and open spaces
– Analysis of the perception of place and space
– Optimization of the building form and orientation
– Analysis of solar exposure of glazed surfaces
– Analysis of type, size and location of windows
– Definition of best shading devices
– Daylighting analysis
– Definition of best energy conservation strategies
– Study of insulation and thermal mass
– Integration of passive techniques and strategies
– Integration of active technologies and renewable energy sources
– Net Zero Retrofit optimization
– Integration of engineering know-how into building's design
– Sophisticated 3D modelling and energy simulations
– Specialized building physics and fluid dynamics analysis
– Optimization of air flow and HVAC system performance
– Lighting, daylighting and glare analysis
– Reduction of energy consumption and operational costs
– Improvement of indoor air quality and user's comfort
– Green building materials
– Research and development of industrialized high-performance façades
– Analysis of carbon, ecological and water footprint in the design, construction and operation of buildings
– Waste reduction through the use of carbon neutral and environmentally friendly materials. Life Cycle Assessment
Support to achieve main international building and environmental certifications
Graphical representation of sustainability that suits your needs:
– Bioclimatic diagrams
– Schematic drawings
– CFD representation
– etc
Specialized courses for small groups (bioclimatic architecture, use of environmental tools, energy efficiency…)
