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Your only one Partner for Home & Building Automation System and Indoor Thermal Comfort
Integrated building design – do not guess – simulate and optimize
Thermal comfort and indoor air quality
Daylighting and solar control – Building envelope design
Energy efficiency and low carbon – Building envelope + HVAC design
Integrated building design – daylighting and solar control
sDA300lx, 50% - Spatial daylight autonomy of 300 lx for at least 50% of the time – good daylighting.
To design and optimize:
1.Building envelope design
2.Window size and orientation
3.Glazing system selection
4.Passive and moveable solar shading
ASE 1000lx, 250h - Annual solar exposure over 1000 lx for over 250 hours per year – too much light requires solar shading
Integrated building design - Energy efficiency and low carbon
To design and optimize:
1.The building envelope design – window size, glazing selection, passive and moveable solar shading
2.Effective and low carbon HVAC system
3.Integrated renewable systems
Temperatures, Heat Gains, and Energy Consumption
Temperatures, Heat Gains, and Energy Consumption
To design and optimize:
1.Building envelope design – window size, glazing selection, passive and moveable solar shading
2.Effective and low carbon HVAC system
3.Integrated renewable systems
Integrated building design – thermal comfort and indoor air quality
To design and optimize:
1.Building envelope and solar shading
2.HVAC system
3.Local room heating, cooling, and ventilation distribution system
Temperature oC
Predicted Mean Vote (-)
Velocity m/s
Predicted percentage dissatisfied (%)
Together with our partners from the EU, we provide comprehensive support for the integrated assessment and optimization of building design based on the application of modern building simulation methods. The integrated building design is a balanced approach including at least the following key areas:
1/ Building envelope – conceptual design and optimization of the building envelope, integrating its interactions with thermal protection, energy efficiency, HVAC systems, thermal, visual, and acoustic comfort, costs, and sustainability.
2/ HVAC systems – conceptual design and optimization of HVAC systems and their controls integrating their interactions with energy efficiency, thermal and acoustic comfort, costs, and sustainability.
3/ Indoor environmental quality – thermal, visual, and acoustic comfort assessment and optimization of indoor air quality integrating their interactions with the building envelope, HVAC systems, costs, and sustainability.
4/ Investment and life cycle costing – supporting feasibility and life cycle cost analysis of the building envelope and HVAC systems under an investment strategy of the client.
5/ Sustainability – assessment, and optimization of the building sustainability represented with the green building certification systems such as BREEAM and LEED. These certification systems represent effective integrated design tools with the main aim of decreasing negative effects on the environment and increasing long-term building value.
We are flexible.
We listen to your vision and ideas.
We work professionally.
We value our customers.
We would like to convince you that we will advise you with any solution.
Do not hesitate to contact us.
Many new construction projects are still being built without proper building technology and planning for the future. Maybe together we can change that.
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