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I-capacitor ye-EV Ishaja esebhodini
Umsebenzi wokushaja ngaphakathi: ishaja ngaphakathi ikuvumela ukuthi ulawule amandla kagesi kanye ne-voltage lapho ibhethri lidinga ukushajwa khona (i-Voltage noma i-Current Control Mode), ngaleyo ndlela unakekele isikhathi sebhethri.
1. I-Capacitor yeshaja engu-3.3KW/6.6KW ebhodini
2. I-Capacitor yeshaja ye-EV esebhodini (250uf 900VDC)
I-capacitor yesixhumanisi se-DC esetshenziswa kushaja yemoto kagesi yebhethri (BEV) esebhodini
Amandla:25KW
Ugesi webhasi:100A
Imvamisa yokusebenza:60~100HZ
Kudinga amandla:I-capacitor yesixhumanisi se-DC 250UF 900VDC
I-capacitor yesixhumanisi se-DC efakwa kwi-PCB
Amathemba esikhathi esizayo
Njengoba imoto kagesi yebhethri ithuthuka ngokushesha okukhulu. I-elekthronikhi yezimoto ibhekene nenselele enkulu yokuthuthukisa ubuchwepheshe. Njengomkhiqizi we-capacitor, sigxile ekwakhiweni kwe-capacitor yezimoto. Sifaka izicelo zezixazululo ezintsha zokwandisa ikhono le-capacitor le-voltage ephezulu, i-current ephezulu, izinga lokushisa eliphezulu njll. Futhi siyenze ibe ncane ngangokunokwenzeka. Umklamo omncane uya ngokuya uba yinto eza kuqala ekusetshenzisweni kwezimoto.
Okwamanje, isidingo samandla samashaja angaphakathi siyakhula. Ngokuvamile ishaja engaphakathi engu-3.3kw-6.6kw ithandwa emakethe, manje kudingeka ishaja engu-25kw ukuze kusheshiswe ukushaja. Ngakho-ke kudingeka abahlinzeki be-elekthronikhi ukuthi bathuthukise imikhiqizo esezingeni eliphezulu kanye nezidingo zokumaketha.
I-Flair capacitor isebenza ngesisombululo sokunciphisa ubukhulu be-capacitor ngokugcizelela ekuxineni kwamandla aphezulu, ukusebenza kahle kokushaja kanye nokushabalalisa ukushisa okuhle.
Mayelana ne-capacitor ye-EV
1. I-Capacitor eyenzelwe amashaja ebhethri e-EV ahlanganisiwe
2. i-capacitor yeshaja engu-25 kW ebhodini
I-capacitor yesixhumanisi se-DC engu-3. esetshenziswa kushaja yemoto kagesi yebhethri (BEV) esebhodini
4. I-Capacitor yezimoto enokushisa okuhle
5. i-capacitor enamandla aphezulu ye-OBC
6. i-capacitor esebenza kahle yokushaja ephezulu kushaja engaphakathi
7. I-capacitor yezimoto ethuthukisiwe
8. Ama-capacitor efilimu ezimotweni zikagesi
9. Ama-capacitor e-DC-DC converter
10. ama-capacitor amelana nokushisa okuphezulu