Usage of Modern Sensors for Thermal Comfort Determination

Usage of Modern Sensors for Thermal Comfort Determination

Peer-reviewed article not indexed in WoS or Scopus

The following article deals with human thermal comfort dilemma. Firstly, the sensor for operative temperature evaluation and than synthetic skin type sensor will be introduced. There is no compact sensor on the market, which can measure operative temperature, so the effort is to develop this kind of sensor. It is necessary to measure more physical quantities, like air temperature, mean radiant temperature, air flow velocity and relative air velocity, to calculate operative temperature. Human thermal comfort does not depend only on environment conditions but also on personal factors, which are different for every human being. It's especially energy expenditure and human clothes thermal resistance.

The following article deals with human thermal comfort dilemma. Firstly, the sensor for operative temperature evaluation and than synthetic skin type sensor will be introduced. There is no compact sensor on the market, which can measure operative temperature, so the effort is to develop this kind of sensor. It is necessary to measure more physical quantities, like air temperature, mean radiant temperature, air flow velocity and relative air velocity, to calculate operative temperature. Human thermal comfort does not depend only on environment conditions but also on personal factors, which are different for every human being. It's especially energy expenditure and human clothes thermal resistance.

Thermal comfort, thermal flux sensor, microcontroller

Thermal comfort, thermal flux sensor, microcontroller

JANEČKA, J.; ZUTH, D.

2010

11.12.2009

1210-0471

Transaction of the VŠB-Technical university of Ostrava, Mechanical series

LV

2

Czech Republic

43

48

6