2014
DOI: 10.1016/j.applthermaleng.2014.03.073
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Optimum design and experimental study of a thermoelectric ventilator

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Cited by 48 publications
(17 citation statements)
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“…commercialized, such as air conditioners for domestic, thermoelectric ventilator, thermoelectric cooled ceiling, etc., which compete with vapor compression based applications [16][17][18]. Moreover, thermoelectric cooler system can be powered directly by a photovoltaic (PV), and no AC/DC inverter is needed.…”
Section: Cop Intmentioning
confidence: 99%
“…commercialized, such as air conditioners for domestic, thermoelectric ventilator, thermoelectric cooled ceiling, etc., which compete with vapor compression based applications [16][17][18]. Moreover, thermoelectric cooler system can be powered directly by a photovoltaic (PV), and no AC/DC inverter is needed.…”
Section: Cop Intmentioning
confidence: 99%
“…In addition, due to their bright prospect, some thermoelectric applications are likely to become commercialized, such as domestic-ventilator [11], water heater [12], and thermoelectric cooler system [13,14] which compete with vapor compression based applications. Thermoelectric cooler system can be powered directly by a photovoltaic (PV) without the help of AC/DC inverter.…”
Section: Introductionmentioning
confidence: 99%
“…Это условие приводит к несовпадению режима макси-мальной холодопроизводительности материала и режима максимальной холодопроизводительности т/э устройства Q max вследствие возникновения перепадов температур на конструкционных элементах устройства между мате-риалом и тепловыми средами. Моделирование парамет-ров т/э охлаждающих устройств с учетом этих тепловых сопротивлений широко освещено в литературе [1][2][3][4][5][6][7][8][9]. Нахождение оптимальных параметров устройств для реализации режима Q max предлагается выполнять чис-ленными методами с помощью компьютерных программ или эмпирически с некоторыми допущениями, тaк как с учетом тепловых сопротивлений зависимости выходных параметров устройств становятся громоздкими.…”
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