Peltier cooling system utilizing liquid heat exchanger combined with pump

Nishihata, H.; Kido, Osao; Ueno, Takayuki

doi:10.1109/ict.2002.1190377

Cited by 5 publications

(2 citation statements)

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“…[2] [4] It is necessary to have a good dissipation of this higher temperature, because the temperature if not dissipated will affect the efficiency of the Thermal Cell, therefore not working in the best way, so we will see below the constitution and characteristics of the Thermal Module. [5] In the ECS onboard system, the Thermal Module is the main actuator of the system, because who does its control is the electronic management, activating and turning off the Thermal Module when necessary, regulating the efficiency of its operation, therefore, Thermal Module can be dimensioned with only one central Thermal Module or small modules for each duct, having a greater control and greater efficiency, greater control of temperature by zones, varying according to the design of each vehicle and classification of the vehicle.…”

Section: Hev Strategymentioning

confidence: 99%

ECS - Sistema Econômico de Climatização

ALBERTI¹,

MATIAS²

2022

Blucher Engineering Proceedings

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The paper presents the development of a project of an automotive embedded system, called ECS (Economy Climate System) the authors of this paper identified the need for improvement in the efficiency of the Climate System of the current vehicles, therefore was born the ECS project. The system was developed to contribute to the automotive industry so can be used in current and future projects of automakers. The system acts in conjunction with the conventional air conditioning system, increasing energy efficiency, the ECS keeps the vehicle cabin air conditioned even with the internal combustion engine off, increasing the autonomy of the vehicle, reducing power and fuel consumption, generating lower emissions of pollutants, greater comfort for the occupants, therefore being sized to act at points where automotive engineering needs constant evolution, improvement and new embedded systems. The system has as its development base the use of Thermal Module, electronic management of the onboard system, sensors, the calibration of the system developed from the variables needed for the system to work in an active way in vehicles with Start/Stop system, hybrid vehicles or electric vehicles, changing the software calibrations for each type of vehicle that the system should be implemented.

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Section: Hev Strategymentioning

confidence: 99%

ECS - Sistema Econômico de Climatização

ALBERTI¹,

MATIAS²

2022

Blucher Engineering Proceedings

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“…However, thermoelectric module coolers are now frequently preferred in small and complex device applications such as integrated circuits [17]. Since they are compatible to integrate with coolers, the thermoelectric devices have found a wide range of applications such as fridges for hotel-use, home-bars, and similar appliances [18].…”

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confidence: 99%

Performance and cooling efficiency of thermoelectric modules on server central processing unit and Northbridge

Tan¹,

Demirel²

2015

Computers & Electrical Engineering

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A small-size, fast-settling, low-cost thermal regulator for chip surface measurements

Baderna

Cabrini

Torelli

Proceedings of the 21st IEEE Instrumentation and Measurement Technology Conference (IEEE Cat. No.04CH37510)

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A hstract -This pqwr pwsents o tlzmnal wgularor devdojwd 10 allow rlrr ~l r c t r i r a l char.acrrri:arim of inlqmted <;i,ircuir,x n w r a wide tmipo-aruw range. Thc propsed roliirion is based on o Pd1it.r cell, which is placed close rn tire borrosr su$um of rlrr dwice under ~C S I (IlllT) and provides rhe required rooling/7waring power. Tlic brrsic .&rurer of rhc proposed rhmmd rr.gulrzror arc low cnsr, smull sire, m s j , and accurarc rmri~crafun~ udjusrnzc~~~, and fasr s d i n g rime. No need erisrs Jbr a rhemwl rliaiihcr. wlrich ullow~s rhe D U l io bc diarurrcrixd by iwuiis of chip su$kc ~izrasurt.rneiiis by USitiR a inicropruhr srarinn. Muin measured pcrjiinrzanccs indud<, low power consuinprion (abour 30 W in rhr WUI-SI cas?). U S~l l / b l g r i i I v nJ 4 rrlin, arid lenip~ral1ire rarige adquarc Jiw mosr applicurions ( 4 0 "C rn +I20 "C. whidi can bc firlhcr rrrerided b? using hyo Peltier cells coiirirrred bi series).Keywords -1'elrier w11, electric cooling, rhenml regulator, probe srarion. Tlien,roPlrc.i~i~r, Mar. 26~29. 1996. pp. 234.231. 151 J.P. Holman. Iluar ~runr/pr". Tokyo. Japan: Mc G n w Hill c ,~t ! r~~~, ,~p ,113 P<,w?~ E I I~~, , c c~~~, s .

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Peltier cooling system utilizing liquid heat exchanger combined with pump

Cited by 5 publications

References 0 publications

ECS - Sistema Econômico de Climatização

ECS - Sistema Econômico de Climatização

Performance and cooling efficiency of thermoelectric modules on server central processing unit and Northbridge

A small-size, fast-settling, low-cost thermal regulator for chip surface measurements

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