Our approach

  1. We use "building physics" as the cornerstone of our design. We model the airtightness and thermal bridges to understand the heating cooling demands.
  2. No rule of thumbs – as they go to the client's bill.
  3. We use "space conditioning" innovatively –every project with different approach. We plan with geothermal or air water solutions.
  4. Try to use "water "as carrier of thermal energy.
  5. Use "water" in closed loop always avoid air exchange.
  6. Use low voltage automation for controlling lighting energy.
  7. LPD as the guiding factor for design.
    1. We talk in Watts/m2 or Kwh / m2 /a

Is not a design its a strategic design

Composite Approach.

PassivHaus Design

  • Passivhaus Principles
  • ICF & Insulation
  • Primary Energy

Technology

  • MVHR
  • Controls
  • Integration
  • LPD

REN /GEN

  • Ground Sourced Space Conditioning.
  • Solar Sourced Lighting
  • Day lighting through Technology.
  • Solar Thermal / Absorption Cooling
  • Adiabatic Chillers.
  • Customised Strategy

Composite
Approach.

PassivHaus Design

  • Passivhaus Principles
  • ICF & Insulation
  • Primary Energy

Technology

  • MVHR
  • Controls
  • Integration
  • LPD

REN /GEN

  • Ground Sourced Space Conditioning.
  • Solar Sourced Lighting
  • Day lighting through Technology.
  • Solar Thermal / Absorption Cooling
  • Adiabatic Chillers.
  • Customised Strategy