About the Influence of Thermoelectric Refrigeration Performance
Shilei Li
Abstract
Shilei Li
Abstract
Thermoelectric refrigeration is as environmentally friendly refrigeration system.The thermoelectric cooling in air conditioning(cooling,heating) in two kinds of work modes is introduced.Ignore the thermoelectric refrigeration and Thomson effect,the mathematical model of thermoelectric refrigeration arm is established,using numerical simulation,analysis in different current conditions,heat,cold,heat transfer coefficient.Based on the first kind boundary condition,a detailed analysis of the working current to the thermoelectric refrigeration performance,in the refrigeration mode,determines the current working range,to optimize the working current,thermoelectric refrigeration technology in the field of air conditioning is very important for the application.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Thermoelectric refrigeration is as environmentally friendly refrigeration system.The thermoelectric cooling in air conditioning(cooling,heating) in two kinds of work modes is introduced.Ignore the thermoelectric refrigeration and Thomson effect,the mathematical model of thermoelectric refrigeration arm is established,using numerical simulation,analysis in different current conditions,heat,cold,heat transfer coefficient.Based on the first kind boundary condition,a detailed analysis of the working current to the thermoelectric refrigeration performance,in the refrigeration mode,determines the current working range,to optimize the working current,thermoelectric refrigeration technology in the field of air conditioning is very important for the application.
Key concepts: Refrigeration, Thermoelectric cooling, Thermoelectric effect, Coefficient of performance, Mechanical engineering, Air conditioning, Heat transfer, Work (physics)