The regulations regarding emission and air conditioning in the automobile sector have
become more stringent worldwide. Air conditioning (AC) is an integral component of an …

Traditional air conditioning may be inappropriate for electric vehicles due to its moving parts
noise besides using chlorofluorocarbons that harm the environment. In addition, it consumes …

Conventional automobile air conditioning systems use environmentally harmful
Chlorofluorocarbons. This method also makes noise and uses a lot of battery energy …

The current project is discussing the optimization of counter flow air-to-air thermoelectric air
conditioners (TEAC) system. Previous work showed an analytical model with experimental …

In this paper, a thermoelectric cooler applicable to automobiles and a thermoelectric
generator using exhaust heat were developed and integrated. Typically, car air conditioning …

Thermoelectric generator (TEG) is a promising technology for waste heat recovery. Typical
TEG module has a multi-material-layers sandwiched structure, in which the inherent inner …

In the present work, the optimum design of thermoelectric car seat climate control (CSCC) is
studied analytically in an attempt to achieve high system efficiency. Optimal design of a …

In this study, we have designed and developed an implantable thermoelectric generator
(TEG) module tailored for large-scale flue gas waste heat recovery. We also have …

This study explores the potential of utilizing waste heat from air conditioning systems, one of
the largest consumers of electrical energy. Currently, most of the waste heat generated by …

The aim of this work was to examine the validity of the thermoelectric modules' performance
predicted by formulating the effective thermoelectric material properties. The three maximum …