Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Thermoelectric devices have been applied in compact refrigerators as an alternate to the traditional vapor compression systems. Drawbacks in cost and efficiency, as ll as unknown reliability, hover, have prevented wide spread use over vapor compression systems. Although thermoelectric devices eliminate both moving parts and circulating refrigerant, an energy efficient and reliable refrigerator is the goal. , the performance of compact thermoelectric and vapor compression refrigerators has been studied. A mathematical model was developed for the compact thermoelectric refrigerator and validated. A suite of tests re conducted to assess the performance of various control techniques. Through standard control operation, the thermoelectric unit reached a minimum temperature of 5.6°C in 74.4 minutes. With the implementation of pulse width and amplitude modulation control strategies, the thermoelectric unit's minimum temperature was decreased by 1.09°C and por consumption was reduced by 9.13%. The study establishes a basis to further investigate performance improvements for compact thermoelectric refrigerators.
['Brian M. Rahman', 'John R. Wagner']
I am writing a research paper on a idea Energy efficient refrigeration - improvement of compact thermoelectric units through modeling, testing, and control
[{"from": "human", "value": "I am writing a research paper on a idea Energy efficient refrigeration - improvement of compact thermoelectric units through modeling, testing, and control"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Thermoelectric devices have been applied in compact refrigerators as an alternate to the traditional vapor compression systems. Drawbacks in cost and efficiency, as ll as unknown reliability, hover, have prevented wide spread use over vapor compression systems. Although thermoelectric devices eliminate both moving parts and circulating refrigerant, an energy efficient and reliable refrigerator is the goal. , the performance of compact thermoelectric and vapor compression refrigerators has been studied. A mathematical model was developed for the compact thermoelectric refrigerator and validated. A suite of tests re conducted to assess the performance of various control techniques. Through standard control operation, the thermoelectric unit reached a minimum temperature of 5.6\u00b0C in 74.4 minutes. With the implementation of pulse width and amplitude modulation control strategies, the thermoelectric unit's minimum temperature was decreased by 1.09\u00b0C and por consumption was reduced by 9.13%. The study establishes a basis to further investigate performance improvements for compact thermoelectric refrigerators."}]