Cooling System Design Based on Thermoelectric Using Fan Motor on-off Control

Maximizing cooling/heating performance of thermoelectric modules across variable thermal loads via optimal control based on COP curves

“…Up to now, a series of control strategies, such as conventional PID control, fuzzy logic control, and neural network control, have been designed and evaluated to track a prescribed time-varying temperature profile [ [9] , [10] , [11] , [12] , [13] , [14] ]. A pulse width modulation-based control technique was adopted to electrically manage energy consumption of a thermoelectric module over time [ 15 , 16 ]. However, optimization of the cooling/heating performance of the thermoelectric modules has not been taken into consideration.…”

Performance of TEC Cascade on Input Voltage Variations in Fish Cooler Box

“…The presence of microorganisms causes the speed of the decomposition process in fish so it needs to be preserved, and the cooling system is one method of preserving fish [1]. Cooling machines are currently being used more and more by humans to meet the needs of life [2]. Cooling systems are used to reduce heat both in manufacturing processes [3], energy conversion, environment [4], and food processing [5] Various types of cooling systems that are currently commonly used are air-based cooling systems; and liquidbased cooling systems; Phase Change Material (PCM) based cooling systems [6] and thermoelectric based cooling systems [7].…”

“…In a comprehensive review of thermoelectric cooling parameters and performance for specific refrigeration systems, Thiangchanta et al [21] conducted experiments using a thermoelectric with a vacuum wall and can lower the temperature by about 15℃. Haryanti and Yulianti [2] made a prototype cooling system using two TECs installed in parallel and capable of lowering the temperature of a certain room to 22℃. The experimental results of He et al [22] where experiments were carried out using a thermoelectric which is known to have a coldside close to 15℃.…”

Study On The Application Of Thermoelectric Coolers Inside Unmanned Surface Vehicles

“…Many experimental and numerical studies have investigated fluid flow and heat transfer in cooling mini-rectangular fins for cooling the Central processing unit [23][24][25]. Of the most research studies on thermoelectric cooling that focus on applications in electronic devices, very few researchers have tried to use thermoelectric cooling for propulsion systems in USV prototype boat models [26,27]. The use of a thermoelectric cooler in the propulsion system will provide benefits in increasing motor efficiency.…”