Study on Thermal Performance of the Small-Scale Air Conditioning with Thermoelectric Cooling Module

Abstract

This work presents the COP and EER of the combined air conditioning and thermoelectric cooling systems. The small-scale air conditioning (8000 BTU/hr) with thermoelectric cooling systems is set up in the closed room (2.0*2.0*2.0 m), and free energy from the photovoltaic cell is used for the thermoelectric cooling module. The COP and EER with the thermoelectric cooling module are higher than those without the thermoelectric cooling module. It is observed that the COP and EER increase as the axial fan speeds increase. In addition, there is good agreement from the comparison, giving an average error of 3.77%. The highest COP and EER for the system with the thermoelectric cooling module are 1.71 and 5.85 for an airflow rate of 4.7 m3/s, respectively. The results can be used as guidelines for developing the thermal performance of air conditioning by combining it with the thermoelectric cooling module.

Using Greenhouse Modelling to Identify the Optimal Conditions for Growing Crops in Northeastern Thailand

“…The exhaust fan then pulls air out of the house, and the arrow tracing the air flow below moves in a round movement up the roof of the house. Increased wind speeds generate more homogeneous interior conditions and decrease turbulence levels [55,56] which are caused by incoming air from the outside to the exit area ventilation.…”