AMANDLA E-MIDA
English
ibhena_yentloko
I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid Umfanekiso oPhambili
  • I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid
  • I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid
  • I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid
  • I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid
  • I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid

I-AC DC Power Supply Power Module Converter ye-DC Charging Point kunye neGrid

I-BEG1K075G ilawula kakuhle uguqulelo oluya kwicala elinye phakathi komsinga we-AC kunye ne-DC. I-t iboniswa ngobuchule bokuguqula obuphezulu ukuya kuthi ga kwi-96% kwaye ingasetyenziswa ngokubanzi kwiimeko ezininzi, ezifana nendawo yokutshaja ye-EV, isithuthi ukuya kwiGrid, ukusetyenziswa kwebhetri engasebenziyo kunye nokutshintsha iiPCS zemveli kwinkqubo yokugcina amandla.


  • Inombolo yoMzekelo:BEG1K075G
  • I-Voltage yokufaka:I-260 VAC-530 VAC
  • Amandla okuPhuma aLinganiselweyo:22KW
  • Uluhlu lweVoltage yeziphumo:150-1000VDC
  • Ukusebenza kakuhle okuPhezulu:≥ 96%
    • I-WhatsApp I-Skype I-imeyile

    Iinkcukacha zeMveliso

    Iithegi zeMveliso

    UBUCHULE OBUPHAMBILILEYO

    I-BEG1K075G ilawula kakuhle uguqulelo oluya kwicala elinye phakathi komsinga we-AC kunye ne-DC. I-t iboniswa ngobuchule bokuguqula obuphezulu ukuya kuthi ga kwi-96% kwaye ingasetyenziswa ngokubanzi kwiimeko ezininzi, ezifana nendawo yokutshaja ye-EV, isithuthi ukuya kwiGrid, ukusetyenziswa kwebhetri engasebenziyo kunye nokutshintsha iiPCS zemveli kwinkqubo yokugcina amandla.

    5

    Ukusebenza kakuhle kakhulu kunye nokugcinwa kwamandla

    2

    Uluhlu olubanzi lwamandla angaguqukiyo oluphumayo

    1 (1)

    Ukusetyenziswa kwamandla okulinda okuphantsi kakhulu

    3

    Ubushushu bokusebenza obubanzi kakhulu

    Imodyuli yokutshaja ye-EV-10

    Imodyuli yetshaja ye-EV engama-20KW

    Imodyuli yetshaja ye-20KW EV (igalelo ezimbini)

    Imodyuli yetshaja ye-EV engama-30KW

    Imodyuli yetshaja ye-EV engama-40KW

    ULUHLU LWEVOLTAGE YEMVELISO EBANZI KAKHULU
    IYAHAMBA NAZO ZONKE IIMFUNO ZOKUKHONA KWEBHETRI YE-EV

    Uluhlu olubanzi kakhulu lwemveliso oluyi-50-1000V, luhlangabezana neentlobo zeemoto ezithengiswayo kwaye luzivumelanisa nee-EVs ze-voltage ephezulu kwixesha elizayo.

    ● Iyahambelana neqonga elikhoyo le-200V-800V kwaye inika amandla okutshaja apheleleyo kuphuhliso olungaphezulu kwe-900V olukwaziyo ukuthintela utyalo-mali kulwakhiwo lokuphucula itshaja ye-EV ene-voltage ephezulu.

    ● Inkxaso yenkqubo yokugcina amandla yeCCS1, CCS2, CHAdeMO, GB/T.

    ● Hlangana nomkhwa wexesha elizayo wokutshaja iimoto zombane nge-voltage ephezulu, ohambelana nezicelo ezahlukeneyo zokutshaja kunye neentlobo zeemoto.

    umfanekiso2 (1)

    ULAWULO OLUNGQONGILEYO LWEZOKHUSELEKO NOKUPHILA
    UKUTSHAJA OKUTHEMBEKILEYO

    umfanekiso6

    Iinkcukacha

    Ubonelelo lwaMandla lwe-DC oluyi-22KW olubhekisa kwizibini
    Inombolo yoMzekelo BEG1K075G
    Igalelo le-AC Uvavanyo Lokufaka I-voltage elinganisiweyo yi-380Vac, izigaba ezintathu (akukho mgca usembindini), uluhlu lokusebenza yi-270-490Vac
    Uqhagamshelo lokufaka i-AC 3L + PE
    Imvamisa yokufaka 50±5Hz
    I-Input Power Factor ≥0.99
    Ukhuseleko lwe-Overvoltage yokufaka 490±10Vac
    Ukhuseleko lwe-Undervoltage yokufaka 270±10Vac
    Isiphumo seDC Amandla okuPhuma alinganiselweyo 30kW
    Uluhlu lweeVoltage zeziphumo 150-1000Vdc
    Uluhlu lwangoku lwemveliso 0-73.3A
    Uluhlu lwaMandla oluQhelekileyo lweMpahla Xa i-voltage yokuphuma ingu-250-1000Vdc, i-30kW engaguqukiyo iya kuphuma
    Ukusebenza kakuhle kakhulu ≥ 96%
    Ixesha Lokuqalisa Elithambileyo 3-8s
    Ukhuseleko lweSekethe emfutshane Ukuzikhusela ngokuzibuyisela umva
    Ukuchaneka koLawulo lweVoltage ≤±0.5%
    I-THD ≤5%
    Ukuchaneka koMgaqo wangoku ≤±1%
    Ukungalingani Kwabelana Ngoku ≤±5%
    Umsebenzi
    Okusingqongileyo    		 Ubushushu bokusebenza (°C) -30˚C ~ +75˚C, ukusuka kwi-55˚C
    Umswakama (%) ≤95% RH, ayifumi
    Ukuphakama (m) ≤2000m, idlula ngaphezulu kwe-2000m
    Indlela yokupholisa Ukupholisa ifeni
    Oomatshini Ukusetyenziswa koMbane oLindiweyo <10W
    Iprotocol yoNxibelelwano I-CAN
    Useto lweedilesi Umboniso wesikrini sedijithali, ukusebenza kwezitshixo
    Ubukhulu beModyuli 395*300*84mm (L*W*H)
    Ubunzima (kg) ≤ 17Kg
    Ukhuseleko Ukhuseleko Lokufaka I-OVP, i-OCP, i-OPP, i-OTP, i-UVP, ukhuseleko lokunyuka
    Ukhuseleko lweziphumo I-SCP, i-OVP, i-OCP, i-OTP, i-UVP
    Ukufakwa kombane Imveliso ye-DC efakwe i-insulated kunye negalelo le-AC
    I-MTBF iiyure ezingama-500 000
    Ummiselo Isatifikethi UL2202, IEC61851-1, IEC61851-23, IEC61851-21-2 Udidi B
    ukhuseleko CE, TUV

    Iimpawu eziphambili

    Imodyuli yetshaja yimodyuli yamandla angaphakathi kwizikhululo zokutshaja ze-DC (iipile), kwaye iguqula amandla e-AC abe yi-DC ukuze itshaje izithuthi. Imodyuli yetshaja ithatha igalelo lamandla e-3-phase ize ikhuphe i-DC voltage njenge-150VDC-1000VDC, kunye ne-DC output ehlengahlengiswayo ukuhlangabezana neemfuno ezahlukeneyo zebhetri.

    Imodyuli yetshaja ixhotyiswe ngomsebenzi wePOST (uvavanyo lombane ngokwakho), ukhuseleko lokufaka i-AC ngaphezulu/ngaphantsi kombane, ukhuseleko lokukhupha i-voltage ngaphezulu kombane, ukhuseleko lobushushu obugqithisileyo kunye nezinye iimpawu. Abasebenzisi banokuqhagamshela iimodyuli ezininzi zetshaja ngendlela efanayo kwikhabhathi enye yombane, kwaye siyaqinisekisa ukuba iitshaja zethu ze-EV ezininzi ezidityanisiweyo zithembekile kakhulu, ziyasebenza, ziyasebenza, kwaye azifuni ulondolozo oluninzi.

    Iingenelo

    Iinketho ezininzi

    Amandla aphezulu njenge-30kW
    I-voltage yokuphuma ukuya kuthi ga kwi-1000V

    Ukuthembeka okuphezulu

    Ukubeka esweni ubushushu ngokubanzi
    Ukuzikhusela kumswakama, ityuwa kunye nefungus
    I-MTBF > iiyure ezili-100,000

    Ikhuselekile kwaye ikhuselekile

    Uluhlu olubanzi lwevolthi yokufaka 270~480V AC
    Uluhlu olubanzi lobushushu bokusebenza -30°C~+50°C

    Ukusetyenziswa kwamandla aphantsi

    Imo yokulala eyahlukileyo, amandla angaphantsi kwe-2W
    Ukusebenza kakuhle kokuguqula ukuya kuthi ga kwi-96%
    Imo ehlakaniphileyo ehambelanayo, esebenza ngempumelelo engcono kakhulu

    Izicelo

    Iimodyuli zetshaja zingasetyenziswa kwizikhululo zokutshaja ngokukhawuleza zeDC zee-EV kunye nee-E-buses.
    Qaphela: Imodyuli yetshaja ayisebenzi kwiitshaja ezikwinqwelo (ngaphakathi kweemoto).

  • Ngaphambili:
  • Okulandelayo:

    • Shiya umyalezo wakho:

    Iimveliso eziNxulumeneyo

    Shiya umyalezo wakho:

    Bhala umyalezo wakho apha uze uwuthumele kuthi