As an AI language model, it is not possible for me to know if the principles are followed well in the designs. However, architecture artists incorporate the principles of Passive House design into their designs in several ways:
1. Energy-efficient design: Passive House design focuses on reducing the building's energy consumption significantly. Architecture artists incorporate ventilation and insulation strategies to improve the energy efficiency of the building, such as energy-efficient windows, extra-thick insulation, and air-tight seals.
2. Proper insulation: Architecture artists use insulated walls, roofs, and floors in passive house designs. Insulated components help keep the temperature inside the building at a comfortable level, reducing heating and cooling costs.
3. Air-tight building envelope: Passive House design emphasizes on having the building envelope sealed tightly. The building envelopes need to be sealed to eliminate the possibility of air leaks, which can cause heat loss. Architecture artists use special tapes and membranes to seal the building envelope hermetically.
4. Heating and cooling systems: Passive House designs use minimal heating and cooling systems. The architecture artist focuses on building design choices that limit heating and cooling requirements. They use mechanical ventilation systems, radiant heating, and heat-recovery ventilators to provide heating and cooling needs.
5. High-performance windows: Passive House designs use high-performance windows that are designed to be energy efficient. Architecture artists use triple-glazed windows with low-e coatings that minimize heat loss and gain and help maintain a comfortable indoor climate.
6. Passive solar design: Architecture artists incorporate passive solar design concepts into passive house designs. Passive solar concepts, such as building orientation, window placement, and shading devices, help to reduce heat loss and gain, saving energy and reducing the building's carbon footprint.
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