When designing workspaces, it is important to carefully consider indoor climate systems. The new method allows for more accurate calculation of the efficiency of pollutant removal.
Indoor climate must ensure thermal comfort. Fresh air should circulate well, and polluted air should be removed from the space. Additionally, air movement should not be disturbing to people.
Martin Kiil studied the indoor climate of five new office buildings. He assessed how well they meet thermal comfort goals. He explained that air velocity must be correct to avoid drafts.
Kiil's method takes into account the impact of each point in the space and calculates air exchange efficiency more accurately. This helps better plan ventilation systems.
Large glass walls can increase the risk of drafts. Kiil recommends using solar control glass or shading devices to reduce heat radiation. It is also not advisable to make windows too small, as people need natural light.
Kiil's work shows that classical ventilation systems may not always work ideally. He proposed a new method that helps better calculate the efficiency of pollutant removal.
Kiil advises designers to carefully consider heating, ventilation, and cooling systems. This is significantly easier to do before construction stages.
Achieving an ideal solution is difficult, as people's preferences vary. Kiil believes it is necessary to find a compromise that fits the budget and ensures good indoor climate.