To better address energy and indoor air quality issues, ventilation needs to become smarter.
A key smart ventilation concept is to use controls to ventilate more at times it provides either …

Given that performance-based approaches secure maximum energy consumption for new
buildings in more and more building codes and standards, such approaches could ensure …

Prediction of indoor airborne pollutant concentrations can enable a smart indoor air quality
control strategy that potentially reduces building energy use and improves occupant comfort …

As ventilation systems become more sophisticated (or 'smart') standards and regulations are
changing to accommodate their use. A key smart ventilation concept is to use controls to …

Peak power demand strains electrical grids and increases cost of electricity generation,
transmission and distribution infrastructure. Many studies have examined ways of reducing …

Numerous means of providing for power demand flexibility in buildings have been
articulated and studied. Existing research has studied occupant comfort during modulation …

Indoor air quality (IAQ) is one of the most important elements affecting a building user's
comfort and satisfaction. Currently, many methods of assessing the quality of indoor air have …

Industry 4.0 envisages new functions in industrial air technology. The paper presents novel
overall concepts for smart industrial ventilation, for which smart features are adopted to axial …

Personalized ventilation systems provide clean, cool, and controlled air to occupant
breathing or occupied areas, with the primary goal of regulating the air in the occupant …

Featured Application The current study provides information on nanoparticle concentrations
in offices and discusses how to reduce them, eg, using higher class filters in ventilation …