Isifudumezi Sokupholisa Esiphezulu Se-NF Esithengiswa Kakhulu Se-5KW EV PTC 24V EV HVCH DC650V EV Isithombe Esivelele

Isifudumezi Sokupholisa Esiphezulu Se-NF Esithengiswa Kakhulu Se-5KW EV PTC 24V EV HVCH DC650V EV Isifudumezi Sokupholisa Esiphezulu Se-Voltage

Incazelo emfushane:

Siyifektri enkulu kunazo zonke yokukhiqiza isifudumezi se-PTC e-China, sinethimba lobuchwepheshe elinamandla kakhulu, imigqa yokuhlanganisa enobungcweti nesimanje kanye nezinqubo zokukhiqiza. Izimakethe ezibalulekile eziqondiwe zifaka phakathi izimoto zikagesi, ukuphathwa kokushisa kwebhethri kanye namayunithi okuqandisa e-HVAC. Ngesikhathi esifanayo, sisebenzisana neBosch, futhi ikhwalithi yomkhiqizo wethu kanye nomugqa wokukhiqiza kuye kwahlolwa kabusha yiBosch.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Incazelo

Njengoba izimoto zikagesi (ama-EV) ziqhubeka nokuguqula imboni yezimoto, ubuchwepheshe bazo buyaqhubeka nokuthuthuka. I-heater ye-coolant yezimoto zikagesi iyisici esibalulekile esiye sathola ukuthuthuka okukhulu, ikakhulukazi i-heater ye-coolant engu-5KW PTC kanye ne-heater ye-coolant enengcindezi ephezulu (i-HVCH). Kule bhulogi, sizohlola ngokujulile umhlaba wama-heater e-coolant e-EV, sihlola izici zawo, izinzuzo zawo, kanye nendima ayidlalayo ekusebenzeni kahle nasekusebenzeni kwezimoto zikagesi zanamuhla.

Funda mayelanaama-heater okupholisa izimoto kagesi:
Isifudumezi sokupholisa izimoto zikagesi siyingxenye ebalulekile yesistimu yokuphatha ukushisa kwezimoto zikagesi. Lawa ma-heater aqinisekisa ukuthi amabhethri, ama-electronic kagesi nezinye izingxenye ezibalulekile zisebenza ngaphakathi kwebanga lokushisa elidingekayo ukuze kusebenze kahle futhi kusebenze kahle.

Isifudumezi sokupholisa se-PTC esingu-5KW, eyaziwa nangokuthi i-positive temperature coefficient heater, isebenzisa ama-resistor ane-high positive temperature coefficient. Lokhu kusho ukuthi njengoba izinga lokushisa likhuphuka, ukumelana kwe-PTC heater nakho kuyanda. Lesi sici esizilawulayo sama-PTC heater sisiza ukugcina amazinga okushisa asebenzayo ahambisanayo futhi aphephile.

Ngakolunye uhlangothi, i-HVCH (isifudumezi sokupholisa esinomfutho ophezulu), isebenzisa uhlelo lwe-powertrain yemoto olusebenzisa amandla aphezulu ukuze isebenze. Lokhu kuvumela isifudumezi ukuthi sinikeze amandla okushisa anamandla, okwenza kube usizo ikakhulukazi ezindaweni ezibandayo lapho kudingeka khona ukufudumeza okusheshayo kwekhabhini.

Thuthukisa ukusebenza kahle kanye nobubanzi:
Enye yezinzuzo ezibalulekile zama-heater okupholisa izimoto kagesi (kufaka phakathi i-5KW PTC kanyeI-HVCHubuchwepheshe) yikhono lokushisa ibhethri lemoto kanye nekhabhi. Ngokwenza lokhu ngenkathi isaxhunywe emthonjeni wamandla, izimoto zikagesi zingonga amandla abalulekile avela kumabhethri azo, ngaleyo ndlela zandise ibanga lazo lokushayela.

Ukufudumala kwebhethri nakho kuqinisekisa ukusebenza kahle kakhulu. Amabhethri e-lithium-ion anika amandla izimoto eziningi zikagesi abonisa ukusebenza okuphezulu uma esebenza ngaphakathi kwebanga elithile lokushisa. Ukusebenzisa i-heater yokupholisa imoto kagesi ukuletha ibhethri lakho ezingeni lokushisa elifanele kungasiza ekwandiseni ukusebenza kahle kwalo kanye nesikhathi salo sonke.

Ngaphezu kwalokho, ngekhono lokushisa i-cab kusengaphambili, abanikazi bezimoto zikagesi bangathola indawo yangaphakathi efudumele nekhululekile ngisho nasezimweni zasebusika ezinzima kakhulu. Ngenxa yokuthi i-heater isebenza ngokuzimela ohlelweni lokushayela lwemoto, ukusebenzisa uhlelo lokushisa oluzinikele kunganciphisa ukusetshenziswa kwamandla futhi kusize ekugcineni ibanga lemoto.

ephephile futhi ekhululekile:
Ama-heater okupholisa izimoto kagesi adlala indima ebalulekile ekuqinisekiseni ukuphepha komshayeli nomgibeli, ikakhulukazi ngesikhathi sezulu esibi kakhulu. Ngokufudumeza i-cab kusengaphambili, abagibeli bangangena emotweni ngokukhululeka ngaphandle kokulinda ukuthi ingaphakathi lifudumale. Lokhu akugcini nje ngokuthuthukisa induduzo kodwa futhi kwandisa ukuqaphela komshayeli kanye nokugxilisa ingqondo, okuholela ohambweni oluphephile.

Ngaphezu kwalokho, ukusebenzisa i-heater yokupholisa ye-EV ukushisa ibhethri kungasiza ekuvimbeleni ukwehla kokusebenza okwenzeka esimweni sezulu esibandayo. Ngokulondoloza izinga lokushisa elifanele lebhethri, i-heater iqinisekisa ukuthi imoto isebenza ngokugcwele, kungakhathaliseki izimo zangaphandle. Lokhu kubaluleke kakhulu ezindaweni lapho izinga lokushisa eliphansi lingathinta kabi ukusebenza kahle kwebhethri futhi kubangele ukulahlekelwa kwebanga lesikhashana.

Ukushisa okunobungani nemvelo:
Ngaphezu kwezinzuzo emotweni nakubantu abagibele kuyo, ama-heater e-coolant ezimoto kagesi nawo ayasiza ekunciphiseni ukukhishwa kwekhabhoni. Ngokungafani nezimoto zenjini yokushisa yangaphakathi, izimoto zikagesi azikhiphi ukukhishwa kwegesi emthanjeni. Ngokusebenzisa ama-heater kagesi kunezisebenzisa uphethiloli, umthelela wemvelo uncishiswa kakhulu, okwenza izimoto zikagesi zibe yindlela eqhubekayo nehlanzekile kunezimoto ezivamile.

Ekuphetheni:
Njengoba isidingo sezimoto zikagesi siqhubeka nokukhula, ama-heater e-coolant ezimoto zikagesi njenge-5KW PTC Coolant Heater kanye ne-HVCH abalulekile ekuvuleni amandla awo aphelele. Kusukela ekusebenzeni kahle kanye nokwenza ngcono ububanzi kuya ekuthuthukisweni kokuphepha kanye nenduduzo, lobu buchwepheshe obusha budlala indima ebalulekile ekusekeleni inguquko yezimoto zikagesi. Ngokusebenzisa amandla ama-heater e-coolant ezimoto zikagesi, singamukela izinketho zokuhamba ezisimeme futhi sivule indlela yekusasa eliluhlaza.

Ipharamitha Yobuchwepheshe

NO.	Iphrojekthi	Amapharamitha	Iyunithi
1	Amandla	5KW±10%(650VDC,10L/min,60℃)	I-KW
2	I-voltage ephezulu	550V~850V	I-VDC
3	I-voltage ephansi	20 ~32	I-VDC
4	Ukushaqeka kukagesi	≤ 35	A
5	Uhlobo lokuxhumana	I-CAN
6	Indlela yokulawula	Ukulawula kwe-PWM	\
7	Amandla kagesi	2150VDC, akukho mkhuba wokuphazamiseka kokukhishwa	\
8	Ukumelana nokushisa	1 000VDC, ≥ 100MΩ	\
9	Ibanga le-IP	I-IP 6K9K kanye ne-IP67	\
10	Izinga lokushisa lesitoreji	- 40~125	℃
11	Sebenzisa izinga lokushisa	- 40~125	℃
12	Izinga lokushisa le-coolant	-40~90	℃
13	Isibandisi	50 (amanzi) +50 (i-ethylene glycol)	%
14	Isisindo	≤ 2.8	K g
15	I-EMC	IS07637/IS011452/IS010605/CISPR025(izinga lesi-3)	\

Isitifiketi se-CE

Usayizi Womkhiqizo

Isifudumezi Sokupholisa se-PTC esingu-5KW

Zonke izinto ezisetshenziswa ekuhlanganisweni kwe-heater ye-PTC zingaphumelela ukuhlolwa kwe-ELV. Ngaphambi kokungena esigabeni sokukhiqizwa ngobuningi, zonke izinto zokusetshenziswa ze-PTC zidinga abaphakeli ukuthi banikeze imibiko yezinto ezivinjelwe kanye nemibiko yezinto ezibonakalayo.

Isicelo

Iphrofayela Yenkampani

I-Hebei Nanfeng Automobile Equipment (Group) Co., Ltd iyinkampani yeqembu enezimboni ezi-5, ezikhiqiza ngokukhethekile ama-heater okupaka, izingxenye zama-heater, i-air conditioner kanye nezingxenye zezimoto zikagesi iminyaka engaphezu kwengu-30. Singabakhiqizi bezingxenye zezimoto abahamba phambili eShayina.

Amayunithi okukhiqiza efektri yethu ahlonyiswe ngemishini yobuchwepheshe obuphezulu, ikhwalithi eqinile, amadivayisi okuhlola ukulawula kanye nethimba lochwepheshe nonjiniyela abangochwepheshe abaqinisekisa ikhwalithi kanye nobuqiniso bemikhiqizo yethu.

Ngo-2006, inkampani yethu iphumelele isitifiketi se-ISO/TS16949:2002 sokuphathwa kwekhwalithi. Siphinde sathola isitifiketi se-CE kanye nesitifiketi se-Emark okusenza sibe phakathi kwezinkampani ezimbalwa kuphela emhlabeni ezithola izitifiketi zezinga eliphezulu kangaka.
Njengamanje njengoba singababambiqhaza abakhulu eShayina, sinesabelo semakethe yasekhaya esingu-40% bese sibathumela kwamanye amazwe emhlabeni jikelele ikakhulukazi e-Asia, eYurophu naseMelika.

Ukuhlangabezana nezindinganiso nezidingo zamakhasimende ethu bekulokhu kuyinto eza kuqala kithi. Kuhlala kukhuthaza ochwepheshe bethu ukuthi bahlale behlola, besungula izinto ezintsha, beklama futhi bekhiqiza imikhiqizo emisha, efaneleka kahle emakethe yaseShayina nakumakhasimende ethu avela kuzo zonke izindawo zomhlaba.

Imibuzo Evame Ukubuzwa

1. Kuyini i-heater yokupholisa ene-HVC enamandla aphezulu?

Isifudumezi sokupholisa esinomthamo ophezulu we-Hvc sisetshenziswa ezimotweni zikagesi neze-hybrid ukushisa isifudumezi esisebhethini lebhethri elinomthamo ophezulu wemoto.

2. Isebenza kanjani i-heater yokupholisa ene-Hvc enamandla aphezulu?
Umgomo osebenzayo we-heater ye-HVC high-voltage coolant ukusebenzisa amandla ebhethri lemoto elinamandla aphezulu ukushisa i-coolant ejikeleza ebhethrini ukuze ihlale isezingeni lokushisa elifanele lokusebenza.

3. Kungani kubalulekile ukugcina ibhethri elinamandla aphezulu lisezingeni lokushisa elifanele?
Ukugcina amabhethri ane-voltage ephezulu ekushiseni okufanele kubalulekile ekusebenzeni kwawo, ekusebenzeni kahle nasekuphileni isikhathi eside. Amazinga okushisa aphezulu angathinta kabi amandla ebhethri, isivinini sokushaja, kanye nempilo iyonke.

4. Ingabe isifudumezi sokupholisa esine-high voltage ye-HVC singapholisa nebhethri eline-high voltage?
Cha, umsebenzi oyinhloko wesifudumezi sokupholisa esine-HVC high voltage ukushisa isifudumezi esisephaketheni lebhethri. Ukupholisa iphakethe lebhethri kuvame ukuphathwa uhlelo lokupholisa oluhlukile, njengohlelo lokupholisa oluwuketshezi.

5. Ingabe i-heater yokupholisa ene-HVC enamandla aphezulu iphephile ukuyisebenzisa?
Yebo, ama-heater okupholisa ane-Hvc high voltage aklanywe futhi akhiqizwa kucatshangelwa ukuphepha. Alandela izindinganiso eziqinile zemboni ukuqinisekisa ukuvikelwa okufanele kwe-insulation kanye nezingozi zikagesi.

6. Isifudumezi sokupholisa esine-Hvc high voltage sithinta kanjani ibanga lokushayela kwemoto?
Ama-heater okupholisa ane-high voltage ye-HVC asebenzisa amandla avela ebhethrini le-high voltage okungaba nomthelela omncane ebangeni lemoto. Kodwa-ke, lo mphumela uvame ukuba mncane futhi ungancishiswa ukusebenza kwebhethri okuthuthukisiwe kanye nesikhathi sokuphila.

7. Ingabe isifudumezi sokupholisa esine-HVC high voltage singasetshenziswa kuzo zonke izinhlobo zezimoto zikagesi neze-hybrid?
Ama-heater okupholisa ane-high voltage ye-HVC angenziwa ngokwezifiso futhi afakwe kabusha ukuze afanele izimoto ezahlukahlukene zikagesi neze-hybrid. Aklanyelwe ukuhambisana nokucushwa okuhlukile kwephekhi yebhethri kanye nezinhlelo zokupholisa.

8. Ingabe i-heater yokupholisa ene-HVC enamandla aphezulu idinga ukulungiswa njalo?
Njenganoma iyiphi enye ingxenye yemoto, ukulungiswa njalo kuyanconywa ukuqinisekisa ukusebenza kahle kanye nokuthembeka. Kunconywa ukulandela iziqondiso zomenzi zokuhlola, ukuhlanza kanye nokulungisa ama-heater e-coolant ane-HVC ephezulu.

9. Ingabe isifudumezi sokupholisa esinamandla aphezulu se-HVC singafakwa kabusha ezimotweni zikagesi ezindala noma ezixubile?
Kwezinye izimo, izimoto ezindala zikagesi noma ze-hybrid zingafakwa kabusha ngama-heater e-HVC ane-voltage ephezulu. Kodwa-ke, ukukwazi ukufakelwa kabusha kuncike ekwakhiweni kwemoto, ukuhambisana kwayo kanye nokutholakala kwezingxenye ezidingekayo.

10. Ngingawuthenga kuphi umshini wokupholisa we-HVC one-voltage ephezulu?
Ama-heater okupholisa ane-HVC high voltage avame ukutholakala ngabathengisi abagunyaziwe, abaphakeli bezimoto noma ngqo kumkhiqizi. Kunconywa ukuthi uhlole iwebhusayithi yomkhiqizi noma uxhumane nomthengisi wendawo yakho ukuthola ulwazi mayelana nezinketho zokuthenga.

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