umkhiqizo
I-IEC61851 /TUV Igunyazwe Ishaja ye-EV Ukusetshenziswa kwezentengiso Udonga lufakwe 11Kw , 22kw, 43kw, 2X11kw, 2x22kw
Iphuzu lokushaja le-EV le-Pheilix EU elijwayelekile lokuSebenzisa kwezohwebo lihlanganisa i-11kw, 22kw, 43kw, 2x11kw, 2x22kw series.Ishaja ye-EV idizayinelwe ngesixazululo esihlanganisiwe esihlakaniphile esisekelwe ekuvikelekeni kwezinga eliphezulu nokusebenza kukagesi.Ngenqwaba yemisebenzi "yokushaja okuhlakaniphile", amashaja e-EV e-Pheilix anikezela ngesevisi elula kakhulu kumakhasimende.Amashaja emoto kagesi e-Pheilix awawona nje kuphela idivayisi yokushaja i-EV, Iphinde ihlotshaniswe nesistimu yeSolar, Iphakethe lebhethri(Uhlelo lokugcina amandla) kanye nohlelo lwamadivayisi okulayisha.Isebenza ne-Pheilix OCPP1.6Json Cloud backend office platform kanye nesistimu Yohlelo Lokusebenza lwe-Ios & Andriold, Kuyisixazululo sangempela sangempela sohlelo lokushaja lweSolar + Ibhethri + EV nokuhlinzeka ngesixazululo sokumisa okukodwa ukuze amakhasimende abe ngu-opharetha.
Izinzuzo Zokuncintisana
Imininingwane Engokwenyama
| Icala lezindlu | Insimbi |
| Indawo yokukhweza | Ngaphandle /Ngasendlini (ukukhweza unomphela) |
| Imodeli yokushaja | Imodeli 3(IEC61851-1) |
| Uhlobo lwesixhumi esibonakalayo esishajayo | I-IEC62196-2 Isokhethi yohlobo 2, Ifakwe njengemodemu ngokuzithandela |
| Yamanje yokushaja | 16A-63A |
| Bonisa | Inkomba ye-RGB Led njengejwayelekile |
| Ukusebenza | Ukuqapha uhlelo lokusebenza +amakhadi e-RFID njengokujwayelekile |
| Ibanga le-IP | IP65 |
| Operation Temperature | -30°C ~ +55°C |
| Operation Humidity | 5% ~ 95% ngaphandle kokujiya |
| Operation Attitude | <2000m |
| Indlela yokupholisa | Ukupholisa umoya wemvelo |
| Ubukhulu be-Enclosure | bheka idatha yobuchwepheshe |
| Isisindo | bona idatha yobuchwepheshe |
Imininingwane kagesi
| I-Voltage yokufaka | 230Vac/380Vac±10% |
| Imvamisa Yokufaka | 50Hz |
| Amandla Okukhiphayo | 11/22KW, 43KW, 2x11kw, 2x22kw |
| I-Voltage ephumayo | 230/380Vac |
| Okukhiphayo Kwamanje | 16-63A |
| Ukusetshenziswa kwamandla okulindile | 3w |
| Ukuvikelwa kokuvuza komhlaba (Uhlobo A+6mA DC) | √ |
| Uhlobo lwe-2ed A rcmu kuntambo ye-PE | √ |
| Ukuvikelwa kwePEN njengokujwayelekile | √ |
| Ayikho induku yomhlaba edingekayo njengokujwayelekile | √ |
| Oxhumana nabo be-AC abazimele | √ |
| Imitha ye-MID ezimele njengejwayelekile | √ |
| Indlela yokukhiya ye-Solenoid | √ |
| Inkinobho Yokumisa Isimo Esiphuthumayo | √ |
Imininingwane Yezokuphepha
| Ayikho induku yomhlaba edingekayo | √ |
| Ukuvikelwa kwephutha kwe-PEN/PME | √ |
| Ukutholwa koxhumana nabo abashiselwe | √ |
| Over-voltage Protection | √ |
| Ukuvikelwa kwe-voltage engaphansi | √ |
| Ukuvikelwa kokulayisha ngokweqile | √ |
| Ngaphezu kokuvikela kwamanje | √ |
| Ukuvikelwa kwesifunda esifushane | √ |
| Isivikelo sokuvuza komhlaba A+6mADC | √ |
| Thayipha i-rcmu ocingweni lwe-PE (inguqulo entsha) | √ |
| Ukuvikela phansi | √ |
| Ukuvikelwa kwezinga lokushisa elingaphezulu | √ |
| Ukuhlukaniswa kabili | √ |
| Ukuhlola Okuzenzakalelayo | √ |
| Isivivinyo Sokuxhumanisa Umhlaba | √ |
| I-Anti-tamper eyethusayo | √ |
I-OCPP1.6 Ingxenyekazi Nezicaciso Zohlelo Lokusebenza
| I-OCPP1.6 I-Protocol Management Platform | √ |
| Ama-Akhawunti Okuphatha Angaphansi Kwabasebenzi | √ |
| I-LOGO eyenziwe ngokwezifiso kanye Nokukhangisa ku-Platform | √ |
| I-Ios nesistimu yohlelo lokusebenza lwe-Android | √ |
| Umsebenzi Ongenamkhawulo Wokuhlukaniswa Ngesistimu Yohlelo Lokusebenza Oluncane | √ |
| Ama-akhawunti Wewebhu Wokuphathwa Kwezinhlelo Zokusebenza Zabasebenzi | √ |
| Uhlelo Lokusebenza Oluzimele (I-LOGO eyenziwe ngokwezifiso kanye nesikhangiso) | √ |
| I-Ethernet/RJ45 Connection Interface njengejwayelekile | √ |
| Ukuxhumana kwe-Wifi njengokujwayelekile | √ |
| Ukusebenza kwe-RFID kokungaxhunyiwe ku-inthanethi njengokujwayelekile | √ |
| I-Smart charge App Monitoring | √ |
| Isamba Sokuqapha Uhlelo Lokusebenza Lwamandla | √ |
| I-Dynamic Load Balancing | √ |
| I-Solar Power App Monitoring | Ongakukhetha |
| I-Battery Bank App Monitoring | Ongakukhetha |
| Inkokhelo ngamakhadi esikweletu | √ |
| Inkokhelo ngamakhadi e-RFID | √ |
| I-Solar+Battery+Smart Charge All- In- One | Ongakukhetha |
Imithethonqubo kanye nezinga
| I-BS EN IEC 61851-1:2019 | Isistimu yokushaja yemoto kagesi.Izidingo ezijwayelekile |
| I-BS EN 61851-22:2002 | Isistimu yokushaja yemoto kagesi.Isiteshi sokushaja imoto kagesi se-AC |
| I-BS EN 62196-1:2014 | Amapulagi, amasokhethi-outlet, izixhumi zemoto kanye nama-inlets emoto.Ukushaja okuqhutshwayo kwezimoto zikagesi.Izidingo ezijwayelekile |
| Imithethonqubo Esebenzayo | Izimiso Zokuhambelana Kwe-Electromagnetic 2016 |
| Imithetho Yokuphepha Yezisetshenziswa zikagesi 2016 | |
| Imithethonqubo: imikhawulo yezinto eziyingozi (RoHS) | |
| Imithetho Yezisetshenziswa Zomsakazo 2017 | |
| BS 8300:2009+A1:2010 | Idizayini yendawo eyakhiwe efinyelelekayo nefaka wonke umuntu.Izakhiwo.Ikhodi yokusebenza |
| BSI PAS1878 & 1879 2021 | I-Energy Smart Appliances - Ukusebenza kwesistimu nezakhiwo kanye nokusebenza okuseceleni kweDinga |
| I-Electromagnetic comppatibility Directive 2014/30/EU | |
| I-low voltage Directive 2014/35/EU | |
| Ukuthobela i-EMC: EN61000-6-3:2007+A1:2011 | |
| Ukuhambisana ne-ESD: IEC 60950 | |
| Ukufakwa | |
| BS 7671 | Imithetho Yokucishwa Kwezintambo 18th+2020EV Amendment |
Bhala umyalezo wakho lapha futhi usithumelele wona
