I-32Amp 22KW EV EV Ishaja Isiteshi EVSE I-Wallbox Enohlobo 2 EV Isokhethi Ukushaja Ishaja Yemoto Kagesi
Izinyathelo zokuphepha zokushaja isiteshi sokushaja imoto yamandla amasha
Okokuqala, lapho ushaja, bheka ukushaja okuvamisile nokukhishwa okungajulile.
Mayelana nemvamisa yokushaja, gcina ibhethri ligcwaliswe ngokugcwele.Ungalishaji ibhethri uma amandla ebhethri engaphansi kuka-15% kuya ku-20%.Ukukhipha ngokweqile kuzodala into esebenzayo esebenzayo kanye nezinto ezisebenzayo ezingezinhle ebhethrini ukuthi ziguquke kancane kancane zibe ukumelana, ukuze kwehliswe impilo yesevisi yebhethri.
Umehluko phakathi kwezindlela zokushaja ze-DC ne-AC.
Izindlela zokushaja ze-DC ne-AC zibizwa nangokuthi ukushaja okusheshayo nokushaja kancane ngenxa yesikhathi sokushaja esihlukile.
Indlela yokushaja esheshayo “ilula futhi ilukhuni”: i-direct current igcinwa ngokuqondile ebhethrini lamandla;Ukushaja okuhamba kancane kudinga ukuguqulelwa ku-DC ngeshaja esebhodini, bese kushajwa kubhethri lamandla.
Ukushaja okusheshayo noma ukushaja kancane?
Ngokombono wemodi yokushaja, noma ngabe ukushaja okusheshayo noma ukushaja okunensayo, umgomo wokushaja inqubo yokudlulisa i-lithium ion isuka ku-electrode enhle yeseli iye ku-electrode engalungile yeseli ngaphansi kwesenzo samandla kagesi angaphandle, kanye nomehluko. phakathi kokushaja okusheshayo nokushaja kancane kusejubaneni lokufuduka kwe-lithium ion ukusuka ku-electrode ephozithivu yeseli ngesikhathi sokushaja.
Uma usebenzisa imoto ngezikhathi ezijwayelekile, ibhethri lingahlukaniswa ngesivinini esijwayelekile ngokushintshanisa ukushajwa okunensayo nokushajwa okusheshayo, ukuze kwelule impilo yesevisi yebhethri.
Hlala ushaja imoto ivaliwe.
Uma imoto isesimweni sokusha, qala ngokufaka isibhamu esishajayo endaweni yokushaja imoto;Bese uqala ukushaja.Ngemva kokushaja, sicela uvale ukushaja kuqala, bese ukhipha isibhamu sokushaja.
Into | Isiteshi seshaja esingu-22KW AC EV | |||||
Imodeli Yomkhiqizo | MIDA-EVSS-22KW | |||||
Ikalwe okwamanje | 32Amp | |||||
Ukusebenza kwe-Voltage | I-AC 400V Isigaba Sesithathu | |||||
Isilinganiso sokuvama | 50/60Hz | |||||
Ukuvuza Ukuvikelwa | Uhlobo B RCD / RCCB | |||||
Shell Material | I-aluminium Alloy | |||||
Inkomba Yesimo | Isibonisi Sesimo se-LED | |||||
Umsebenzi | Ikhadi le-RFID | |||||
I-Atmospheric Pressure | 80KPA ~ 110KPA | |||||
Umswakama Ohlobene | 5%~95% | |||||
Izinga Lokushisa Lokusebenza | -30°C~+60°C | |||||
Izinga Lokushisa Lesitoreji | -40°C~+70°C | |||||
Idigri Yokuvikela | IP55 | |||||
Ubukhulu | 350mm (L) X 215mm (W) X 110mm (H) | |||||
Isisindo | 9.0 KG | |||||
Okujwayelekile | I-IEC 61851-1:2010 EN 61851-1:2011 I-IEC 61851-22:2002 EN 61851-22:2002 | |||||
Isitifiketi | I-TUV, CE Igunyazwe | |||||
Ukuvikelwa | 1. Ukuvikelwa okuphindaphindiwe nangaphansi 2. Ngaphezu Kokuvikela Kwamanje 3. Ukuvuza Ukuvikelwa Kwamanje (qala kabusha ukululama) 4. Ukuvikelwa Ngokwezinga Lokushisa 5. Ukuvikela ukulayisha ngokweqile (ukuzihlola kuyalulama) 6. I-Ground Protection kanye nokuvikelwa kwesekethe emfushane 7. Ukuvikelwa kwe-voltage engaphezu kwamandla kanye nangaphansi kwe-voltage 8. Ukuvikelwa Kokukhanyisa |