The thermoelectric effect forms the basis of Peltier cooling that has attracted interest for solid-
state refrigeration for more than a century. The dearth of materials level efficiency in …

Thermoelectric transient pulse cooling can break through the limitations of thermoelectric
material properties and achieve cooling performance beyond steady-state, which has great …

This paper presents a modified pulse operation of the thermoelectric cooler (TEC) for
building space cooling application. In the normal pulse operation of a thermoelectric cooler …

Natural convection of CNT-water nanofluid in a 3D cavity with an inner T-shaped adiabatic
obstacle is studied. The cold surface temperature of the enclosure is controlled by using a …

As compared with single-stage thermoelectric coolers (TECs), two-stage TECs can achieve
a larger temperature drop when TECs operate at steady state conditions. In this work, pulse …

In this work, a novel concept of continuous cooling has been proposed to enhance the super-
cooling performance of a two-stage thermoelectric cooler, in which integrated triangular …

In this work, a novel technique to improve the performance of Peltier cooler under varying
electric pulse conditions has been studied with the use of phase change material (PCM) …

The future of innovation processes is anticipated to be more data-driven and empowered by
the ubiquitous digitalization, increasing data accessibility and rapid advances in machine …

A novel physical model of a two-stage thermoelectric cooler (TEC) is developed, based on
geometry factor (γ) analysis between stages under pulsed current conditions and with phase …

This paper aims to find a more general analysis method for the refrigeration performance,
and to design a high efficiency modular cooling structure of water-cooled plate. A new …