Thermoelectric module inzuzo futhi ilinganiselwe

Thermoelectric module inzuzo futhi ilinganiselwe

Umthelela we-Peltier yilapho amandla kagesi egeleza kumakhondatha amabili ahlukene, okwenza ukushisa kungene endaweni eyodwa futhi kudedelwe kwenye. Lowo umbono oyisisekelo. kumojula yokupholisa i-thermoelectric, imojula ye-thermoelectric, idivayisi ye-peltier, i-peltier cooler, kukhona lawa mamojula enziwe ngezinto ze-semiconductor, ngokuvamile uhlobo lwe-n kanye nohlobo lwe-p, axhunywe ngogesi ochungechungeni futhi ngokushisa ngokuhambisana. Uma usebenzisa i-DC current, uhlangothi olulodwa luyabanda, kanti olunye luyashisa. Uhlangothi olubandayo lusetshenziselwa ukupholisa, futhi uhlangothi olushisayo ludinga ukuchithwa, mhlawumbe ngomshini wokushisa noma ifeni.

Ngenxa yezinzuzo zayo njengokungabi nazingxenye ezihambayo, usayizi ohlangene, ukulawula izinga lokushisa okunembile, nokwethembeka. Kuzinhlelo zokusebenza lapho lezo zici zibaluleke kakhulu kunokonga amandla, njengama-cooler amancane, izinto ezipholisa izingxenye ze-elekthronikhi, noma amathuluzi esayensi.

Imojula evamile ye-thermoelectric, imojula yokupholisa i-thermoelectric, isici se-peltier, imojula ye-peltier, imojula ye-TEC, inamapheya amaningi ohlobo lwe-n nohlobo lwe-p-semiconductors ahlanganiswe phakathi kwamapuleti amabili e-ceramic. Amapuleti e-ceramic ahlinzeka nge-insulation kagesi kanye ne-thermal conduction. Uma kugeleza kwamanje, ama-electron asuka ohlotsheni luka-n aye ohlotsheni luka-p, abamba ukushisa ohlangothini olubandayo, futhi akhulule ukushisa ohlangothini olushisayo njengoba ehamba ohlotsheni lwe-p. Ipheya ngalinye lama-semiconductors linomthelela kumphumela wokupholisa jikelele. Ukupheya okwengeziwe kungasho umthamo wokupholisa owengeziwe, kodwa futhi ukusetshenziswa kwamandla okwengeziwe nokushisa ukuze kuhlakazeke.

Uma imojuli yokupholisa i-thermoelectric, imojula ye-thermoelectric, idivayisi ye-peltier, imojula ye-peltier, i-thermoelectric cooler, uhlangothi olushisayo lungapholiswanga kahle, imojula yokupholisa i-thermoelectric, amamojula we-thermoelectric, izakhi ze-peltier, ukusebenza kahle kwe-peltier module, futhi ingase imise ukusebenza noma yonakaliswe. Ngakho ukucwiliswa kokushisa okufanele kubalulekile. Mhlawumbe usebenzisa isiphephetha-moya noma isistimu yokupholisa uketshezi yezinhlelo zokusebenza zamandla aphezulu.

Umehluko omkhulu wezinga lokushisa elingawufinyelela, umthamo wokupholisa (ukuthi ingampompa ukushisa okungakanani), i-voltage yokufaka kanye neyamanje, kanye ne-coefficient of performance (COP). I-COP isilinganiso samandla okupholisa nokokufaka kwamandla kagesi. Njengoba imojula yokupholisa i-thermoelectric, amamojula kagesi we-thermoelectric, amamojula okupholisa ashisayo, amamojula e-TEC, amamojula we-peltier, ama-coolers we-thermoelectric engasebenzi kahle, i-COP yawo ivamise ukuba ngaphansi kunezinhlelo zendabuko zokucindezelwa komhwamuko.

Isiqondiso samanje sinquma ukuthi yiluphi uhlangothi olubandayo. Ukubuyisela umzila wamanje kuzoshintsha izinhlangothi ezishisayo nezibandayo, okuvumela zombili izindlela zokupholisa nezokushisa. Lokho kuwusizo ezinhlelweni zokusebenza ezidinga ukuqiniswa kwezinga lokushisa.

Amamojula okupholisa ama-Thermoelectric, amamojula we-thermoelectric, i-Peltier cooler, idivayisi ye-Peltier, ukulinganiselwa ukusebenza kahle okuphansi kanye nomthamo olinganiselwe, ikakhulukazi umehluko omkhulu wokushisa. Asebenza kahle kakhulu uma umehluko wezinga lokushisa kuyo yonke imojula umncane. Uma udinga i-delta T enkulu, ukusebenza kuyehla. Futhi, angazwelana nezinga lokushisa elizungezile nokuthi uhlangothi olushisayo lupholile kangakanani.

I-Thermoelectric cooling module Izinzuzo:

I-Solid-State Design: Azikho izingxenye ezihambayo, okuholela ekuthembekeni okuphezulu nokugcinwa okuphansi.

Ihlangene futhi Ithule: Ilungele izinhlelo zokusebenza ezincane nendawo edinga umsindo omncane.

Ukulawula Ukushisa Okunembile: Ukulungisa okwamanje kuvumela ukucushwa kahle kwamandla okupholisa; ukubuyisela emuva amaswishi amanje izindlela zokufudumeza/zokupholisa.

I-Eco-Friendly: Azikho iziqandisi, ezinciphisa umthelela wemvelo.

Imikhawulo yemojuli ye-Thermoelectric:

Ukusebenza Kahle Kancane: I-Coefficient of Performance (COP) ngokuvamile iphansi kunezinhlelo zokucindezela umhwamuko, ikakhulukazi ngama-gradients amakhulu okushisa.

Izinselele Zokukhipha Ukushisa: Idinga ukuphathwa okushisayo okusebenzayo ukuvimbela ukushisa ngokweqile.

Izindleko Nomthamo: Izindleko eziphakeme ngeyunithi ngayinye yokupholisa kanye nomthamo olinganiselwe wezinhlelo zokusebenza ezinkulu.

I-Beijing Huimao Cooling Equipment Co., Ltd Imojula ye-Thermoelectric

Imifanekiso ye-TES1-031025T125

Isilinganiso: 2.5A,

Ubukhulu: 3.66V

Ubukhulu: 5.4W

Ubukhulu be-Delta T: 67 C

I-ACR: 1.2 ±0.1Ω

Usayizi: 10x10x2.5mm

Ibanga lokushisa elisebenzayo: -50 kuya ku-80 C

Ipuleti le-Ceramic: 96% Al2O3 umbala omhlophe

Impahla ye-Thermoelectric: Bismuth Telluride

Ivalwe nge-704 RTV

Intambo: 24AWG wire izinga lokushisa eliphezulu Resistance 80℃

Ubude Bentambo: 100, 150 noma 200 mm ngokuvumelana nemfuneko yekhasimende

I-Beijing Huimao Cooling Equipment Co., Ltd imojula yokupholisa ye-thermoelectric

Imifanekiso ye-TES1-11709T125

Izinga lokushisa ohlangothini olushisayo ngu-30 C,

Isilinganiso: 9A

,

Ubukhulu: 13.8V

Ubukhulu: 74W

Ubukhulu be-Delta T: 67 C

Usayizi: 48.5X36.5X3.3 mm, imbobo emaphakathi: 30X 17.8 mm

Ipuleti le-Ceramic: 96%Al2O3

Kuvalwe: Kuvalwe nge-704 RTV (umbala omhlophe)

Wire: 22AWG PVC, izinga lokushisa ukumelana 80 ℃.

Ubude bentambo: 150mm noma 250mm

Impahla ye-Thermoelectric: Bismuth Telluride