Inzuzo yemodyuli ye-thermoelectric kanye nomkhawulo

Inzuzo yemodyuli ye-thermoelectric kanye nomkhawulo

Umphumela wePeltier uba lapho ugesi ugeleza ngokusebenzisa ama-conductor amabili ahlukene, okwenza ukushisa kungene kwenye indawo bese kukhishwa kwenye. Lowo ngumqondo oyisisekelo. kumoduli yokupholisa ye-thermoelectric, imoduli ye-thermoelectric, idivayisi ye-peltier, i-peltier cooler, kukhona lawa mamoduli enziwe ngezinto ze-semiconductor, ngokuvamile uhlobo lwe-n nohlobo lwe-p, axhunywe ngogesi ngokulandelana futhi ngokushisa okufanayo. Uma usebenzisa ugesi we-DC, uhlangothi olulodwa luyabanda, kanti olunye luyashisa. Uhlangothi olubandayo lusetshenziselwa ukupholisa, futhi uhlangothi olushisayo ludinga ukuhlakazwa, mhlawumbe ngesinki yokushisa noma ifeni.

Ngenxa yezinzuzo zayo njengokungabi nezingxenye ezinyakazayo, usayizi omncane, ukulawulwa kokushisa okunembile, kanye nokuthembeka. Ezisetshenzisweni lapho lezo zici zibaluleke kakhulu kunokusebenzisa kahle amandla, njengasezipholileni ezincane, ukupholisa izingxenye ze-elekthronikhi, noma izinsimbi zesayensi.

Imojula ejwayelekile ye-thermoelectric, imojula yokupholisa ye-thermoelectric, i-peltier element, imojula ye-peltier, imojula ye-TEC, inamapheya amaningi ama-semiconductors ohlobo lwe-n kanye nohlobo lwe-p ahlanganiswe phakathi kwamapuleti amabili e-ceramic. Amapuleti e-ceramic ahlinzeka ngokushisa kagesi kanye nokuhanjiswa kokushisa. Lapho ukugeleza kwamandla kagesi, ama-electron asuka kuhlobo lwe-n aye kuhlobo lwe-p, amunca ukushisa ohlangothini olubandayo, futhi akhulule ukushisa ohlangothini olushisayo njengoba ehamba ngezinto zohlobo lwe-p. Ipheya ngalinye lama-semiconductors lifaka isandla emphumeleni wokupholisa jikelele. Amapheya amaningi angasho amandla okupholisa amaningi, kodwa futhi nokusetshenziswa kwamandla amaningi kanye nokushisa okuzophela.

Uma imodyuli yokupholisa ye-thermoelectric, imodyuli ye-thermoelectric, idivayisi ye-peltier, imodyuli ye-peltier, i-thermoelectric cooler, uhlangothi olushisayo ingapholiswanga kahle, imodyuli yokupholisa ye-thermoelectric, amamojula we-thermoelectric, izakhi ze-peltier, ukusebenza kahle kwemodyuli ye-peltier kuyehla, futhi ingase iyeke ukusebenza noma yonakale. Ngakho-ke ukucwilisa ukushisa okufanele kubalulekile. Mhlawumbe ukusebenzisa ifeni noma uhlelo lokupholisa uketshezi ukuze kusetshenziswe amandla aphezulu.

Umehluko omkhulu wokushisa engawufinyelela, amandla okupholisa (ukuthi ingapompa ukushisa okungakanani), i-voltage yokufaka kanye nogesi, kanye ne-coefficient of performance (COP). I-COP iyisilinganiso samandla okupholisa kokufakwa kwamandla kagesi. Njengoba imoduli yokupholisa ye-thermoelectric, amamoduli we-thermoelectric, amamoduli okupholisa e-thermoelectric, amamoduli e-TEC, amamoduli e-peltier, ama-thermoelectric coolers engasebenzi kahle, i-COP yawo ivame ukuba ngaphansi kunezinhlelo zokucindezela umusi zendabuko.

Indlela umsinga ohamba ngayo inquma ukuthi yiluphi uhlangothi olubanda. Ukuguqula umsinga kungashintsha izinhlangothi ezishisayo nezibandayo, okuvumela izindlela zokupholisa nezokushisa. Lokho kuyasiza ezinhlelweni zokusebenza ezidinga ukuzinzisa izinga lokushisa.

Amamojula okupholisa e-Thermoelectric, amamojula e-thermoelectric, i-Peltier cooler, idivayisi ye-Peltier, imikhawulo ukusebenza kahle okuphansi kanye nomthamo olinganiselwe, ikakhulukazi uma kunezimo zokushisa ezinkulu. Asebenza kahle kakhulu uma umehluko wokushisa kulo lonke imojula umncane. Uma udinga i-delta T enkulu, ukusebenza kuyehla. Futhi, angazwela ekushiseni okuzungezile nokuthi uhlangothi olushisayo lupholile kahle kangakanani.

Izinzuzo zemodyuli yokupholisa ye-thermoelectric:

Umklamo Oqinile: Azikho izingxenye ezihambayo, okuholela ekuthembekeni okuphezulu nasekunakekelweni okuphansi.

Incane futhi Ithule: Ilungele ukusetshenziswa kwezinga elincane kanye nezimo ezidinga umsindo omncane.

Ukulawula Izinga Lokushisa Elinembile: Ukulungisa ugesi kuvumela ukulungiswa kahle kwamandla okupholisa; ukushintshashintsha ugesi wamanje ngezindlela zokushisa/zokupholisa.

Kunobungani Nemvelo: Azikho iziqandisi, okunciphisa umthelela emvelweni.

Imikhawulo yemojula ye-thermoelectric:

Ukusebenza Kahle Okuphansi: I-Coefficient of Performance (COP) ngokuvamile iphansi kunezinhlelo zokucindezela umusi, ikakhulukazi nge-gradient enkulu yokushisa.

Izinselele Zokushabalalisa Ukushisa: Kudinga ukuphathwa kahle kokushisa ukuze kuvinjelwe ukushisa ngokweqile.

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

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

Imininingwane ye-TES1-031025T125

Isilinganiso: 2.5A，

I-Umax: 3.66V

I-Qmax: 5.4W

Ubukhulu be-Delta T: 67 C

I-ACR: 1.2 ± 0.1Ω

Usayizi: 10x10x2.5mm

Ububanzi Bokushisa Okusebenza: -50 kuya ku-80 C

Ipuleti le-Ceramic: 96% Al2O3 umbala omhlophe

Izinto ze-thermoelectric: i-Bismuth Telluride

Ivaliwe nge-704 RTV

Intambo: Intambo engu-24AWG yokushisa okuphezulu Ukumelana no-80℃

Ubude bentambo: 100, 150 noma 200 mm ngokuvumelana nezidingo zamakhasimende

Imodyuli yokupholisa ye-thermoelectric yaseBeijing Huimao Co.,Ltd

Imininingwane ye-TES1-11709T125

Izinga lokushisa elishisayo eliseceleni lingu-30 C,

Isilinganiso: 9A

，

Ubukhulu: 13.8V

I-Qmax: 74W

Ubukhulu be-Delta T: 67 C

Usayizi: 48.5X36.5X3.3 mm ,Imbobo ephakathi: 30X 17.8 mm

Ipuleti le-Ceramic: 96%Al2O3

Ivaliwe: Ivaliwe yi-704 RTV (umbala omhlophe)

Intambo: 22AWG PVC, ukumelana nokushisa okungu-80℃.

Ubude bentambo: 150mm noma 250mm

Izinto ze-thermoelectric: i-Bismuth Telluride