How does the design of a passive house affect the internal temperature?

Passive house design is an architectural approach that aims to create friendly-electric-buses/">environmentally friendly and energy efficient buildings. Passive houses have excellent thermal insulation and use design elements that allow for natural temperature control.

Thermal insulation

Thermal insulation is a priority in passive houses. Walls, floors and roofs are covered with a thick layer of insulation to prevent heat from flowing through the building. This minimises heat loss in winter and heat gain in summer.

The windows also have special insulating glazing to prevent heat loss and heat infiltration. Passive houses often use triple glazing, which provides excellent thermal insulation.

Ventilation

Ventilation in passive houses plays a very important role in regulating the internal temperature. Passive houses usually use mechanical ventilation systems that bring fresh air into the building while recovering heat from the exhaust air.

In addition, passive solar energy is often used in passive houses. With the right positioning of the building and the right size windows, passive solar energy can be used for heating and lighting.

Heat storage

Heat storage systems are often used in passive houses to allow the storage and subsequent use of thermal energy. In this way, passive houses are able to balance temperature fluctuations and maintain a comfortable internal temperature.

Passive house design therefore has a significant impact on the internal temperature. Proper insulation, efficient ventilation and heat storage allow passive houses to maintain the desired temperature at all times of the year in an energy-efficient way.

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