Itshaja ye-EV ephathekayo
Ibhokisi yodonga ye-EV yasekhaya
Isitishi setshaja seDC
Isikhululo sokutshaja seBESS
I-V2G V2H V2V V2L
Imodyuli yokutshaja ye-EV
Isixhumi sokutshaja se-DC
Izixhobo ze-EV
Imodyuli yamandla ye-35kW 45KW V2G Imodyuli yokutshaja yokupholisa ulwelo lwe-AC DC emacala mabini
Indlela yokusebenzisa i-V2G Bidirectional AC DC EV Charging Module 30kW 40kW V2G Power Module
Ukusebenzisa imodyuli yamandla yesithuthi-ukuya-kwigridi (V2G), kufuneka ube nesithuthi sombane esihambelanayo (i-EV) kunye netshaja ejikelezayo, uze ubhalise kwinkqubo ye-V2G. Le nkqubo ibandakanya ukudibanisa inkqubo, ukuseta izinto ozikhethayo, kunye nokufumana imvume kwinkampani yakho yeenkonzo. Imodyuli kunye netshaja zilawula ngokuzenzekelayo ukuhamba kwamandla, kubandakanya ukutshaja i-EV kunye nokukhupha ibhetri ibuyele kwigridi ukuze kulinganiswe unikezelo kunye nemfuno.
Indima yeeModyuli zokuTshaja iiMoto zoMbane kwiinkqubo zeV2G
Ukutshaja ngamacandelo amabini luphawu oluphambili lweenkqubo ze-V2G. Iimodyuli zokutshaja zezithuthi zombane zinokwenza oku kulandelayo:
* Intlawulo:Guqula umbane we-AC obonelelwa yigridi ube ngumbane we-DC ukuze utshaje izithuthi zombane.
* Ukukhupha:Ngexesha lomthwalo wegridi ephezulu, guqula amandla e-DC aveliswa yibhetri yesithuthi sombane abe ngamandla e-AC uze uwabuyisele kwigridi ukuze unciphise umthwalo wegridi.
Ngale ndlela yokuhamba kwamandla emizila emibini, iimodyuli zokutshaja zezithuthi zombane azixhasi nje kuphela ukutshaja kwezithuthi zombane kodwa zikwaxhasa amandla ombane aveliswa yibhetri yesithuthi sombane ukubuyela kwigridi ngexesha lemfuno yombane ephezulu, ngaloo ndlela zinceda ekulawuleni umthwalo wegridi nokuqinisekisa ukusebenza okuzinzileyo kwegridi.
Yintoni iModyuli yokutshaja ye-30kW 40kW V2G?
Iinkqubo zeVehicle-to-Grid (V2G) ziinkqubo zamandla ezikrelekrele ezintsha ezivumela ukutshintshiselana kwamandla phakathi kwezithuthi zombane (ii-EV) kunye negridi yamandla ngokusebenzisa iteknoloji yokutshaja emacala mabini. Iinkqubo ze-V2G azigcini nje ngokuphucula amava okutshaja kwii-EV kodwa zikwanceda igridi yamandla ukulawula umthwalo kunye nokuphucula ukusebenza kakuhle kwamandla. Imodyuli yokutshaja ye-EV yinxalenye ebalulekileyo yale nkqubo, enoxanduva lokulungiselela ukuhamba kwamandla ombane kwicala ngalinye.
1. Fumana izixhobo ezifanelekileyo
Itshaja Eyamacala Ababini: Qinisekisa ukuba unetshaja exhasa ukuhamba komsinga okumacala omabini, nto leyo ebalulekileyo kwi-V2G. Ezinye iimodyuli ze-V2G zakhiwe kwizikhululo zokutshaja ngokukhawuleza ze-DC, ngelixa ezinye zisekelwe kwi-AC kwaye zisebenzisa i-inverter eyakhelwe ngaphakathi yesithuthi, nto leyo eyenza kube lula ukufakela.
I-EV ehambelanayo: I-EV yakho kufuneka ikwazi ukubuyisela ibhetri yayo kwigridi. Oku kufuna ukuba imoto ibe ne-hardware kunye nenkxaso yesoftware efunekayo ye-V2G.
2. Misela iNkqubo
Ukufakelwa: Qesha ingcali yombane efanelekayo ukuba ifake itshaja ejikelezayo. Ukufakelwa kufuneka kuhambelane nemithetho nemigaqo yokwakha yendawo.
Uqhagamshelo lweZixhobo zombane: Ingcali yombane iza kunxibelelana nenkampani yakho yeenkonzo zombane ukuze iqhagamshele inkqubo kwigridi. Eli linyathelo elibalulekileyo ekuvuleni izakhono ze-V2G. 3. Joyina inkqubo ye-V2G kwaye ulungiselele izinto ozikhethayo
Bhalisa: Bhalisa kwinkqubo ye-V2G kumboneleli wakho wamandla okanye kumboneleli wenkonzo ye-V2G wesithathu. Kuya kufuneka uvumelane nemigaqo nemiqathango, enokubandakanya imbuyekezo yamandla owanikezelayo.
UBUCHULE OBUPHAMBILILEYO
Le Module yokutshaja ye-V2G engama-30kW 40kW ixhasa imo yokufaka ezimbini ye-DC kunye ne-DC, edibanisa ukutshaja kwebhetri ngegridi yamandla kunye nokutshaja kwesithuthi ngebhetri. Kwangaxeshanye, ihlangabezana neemfuno zobukhulu beemodyuli ezintathu ezidibeneyo zeGridi yeSizwe.
Ukusebenza kakuhle kakhulu kunye nokugcinwa kwamandla
Uluhlu olubanzi lwamandla angaguqukiyo oluphumayo
Ukusetyenziswa kwamandla okulinda okuphantsi kakhulu
Ubushushu bokusebenza obubanzi kakhulu
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.
ULAWULO OLUNGQONGILEYO LWEZOKHUSELEKO NOKUPHILA
IMODULI YOKUTSHAJA ENOKUTHEMBEKAYO
Iinkcukacha
| Imodyuli yokutshaja ye-30KW 40KW V2G DC (Igalelo ezimbini) | ||
| Inombolo yoMzekelo | BEG1K075G | |
| Igalelo le-AC | Uvavanyo Lokufaka | I-285Vac ～ 475Vac, izigaba ezintathu + uMhlaba oKhuselayo |
| Uqhagamshelo lokufaka i-AC | 3L + PE | |
| Imvamisa yokufaka | 50/60±5Hz | |
| I-Input Power Factor | ≥0.99 | |
| Ukhuseleko lwe-Overvoltage yokufaka | 490±10Vac | |
| Ukhuseleko lwe-Undervoltage yokufaka | 270±10Vac | |
| Isiphumo seDC | Amandla okuPhuma alinganiselweyo | 20kW |
| Uluhlu lweeVoltage zeziphumo | 300Vdc ~ 850Vdc | |
| Uluhlu lwangoku lwemveliso | 0.5-67A | |
| Uluhlu lwaMandla oluQhelekileyo lweMpahla | Xa i-voltage yokuphuma ingu-300-1000Vdc, i-20kW 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) | -40˚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 | 460*218*84mm (L*W*H) | |
| Ubunzima (kg) | ≤ 13Kg | |
| 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 ye-30kw 40kw V2G AC DC yimodyuli yamandla angaphakathi kwizikhululo zokutshaja ze-DC (iipile), kwaye iguqula amandla e-AC kunye ne-DC abe yi-DC ukuze itshaje izithuthi. Imodyuli yetshaja ithatha igalelo lamandla e-3-phase ize emva koko ikhuphe i-DC voltage njenge-150VDC-1000VDC, kunye ne-DC output ehlengahlengiswayo ukuhlangabezana neemfuno ezahlukeneyo zebhetri.
Imodyuli yetshaja ye-20kW DC Bidirectional charger BEG1K075G ixhotyiswe ngomsebenzi we-POST (power on self-test), ukhuseleko lwe-AC okanye lwe-DC over/under voltage, ukhuseleko lwe-output over voltage, ukhuseleko lobushushu obugqithisileyo kunye nezinye iimpawu. Abasebenzisi banokuqhagamshela iimodyuli zetshaja ezininzi ngendlela efanayo kwikhabhathi enye yombane, kwaye siyaqinisekisa ukuba iitshaja zethu ze-EV ezininzi ezidityanisiweyo zithembekile kakhulu, ziyasebenza, ziyasebenza, kwaye azifuni ulondolozo oluncinci kakhulu.
Iingenelo
Iinketho ezininzi
Amandla aphezulu njenge-UXC75030B 20kW Bidirectional Charging Module
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
1, Iimodyuli zetshaja ze-DC DC ezingama-20kw ze-BEG1K075G zingasetyenziswa kwizikhululo zokutshaja ngokukhawuleza ze-DC zee-EV kunye nee-E-bus.
2, imodyuli yetshaja ye-BEG1K075G 20kw DC DC ixhotyiswe ngokhuseleko lwe-input overvoltage, i-undervoltage alarming, i-output overcurrent kunye ne-short circuit protection functions. Iimodyuli zetshaja zinokuqhagamshelwa kwinkqubo ehambelanayo, okuvumela ukutshintshana okushushu kunye nokugcinwa okulula. Oku kuqinisekisa ukuba inkqubo iyasebenza kwaye ithembekile.
3, Imodyuli yetshaja yeBidirectional BEG1K075G yimodyuli yamandla angaphakathi kwizikhululo zokutshaja zeDC (iipile), kwaye iguqula amandla e-AC abe yiDC ukuze itshaje izithuthi. Imodyuli yetshaja ithatha igalelo lamandla esigaba esi-3 ize emva koko ikhuphe i-DC voltage njenge-200VDC-500VDC/300VDC-750VDC/150VDC-1000VDC, kunye ne-DC output ehlengahlengiswayo ukuhlangabezana neemfuno ezahlukeneyo zebhetri.
4, Imodyuli yetshaja ye-BEG1K075G ixhotyiswe ngomsebenzi we-POST (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 zetshaja ezininzi ngendlela efanayo kwikhabhathi enye yombane, kwaye siyaqinisekisa ukuba iitshaja zethu ze-EV ezininzi ezidityanisiweyo zithembekile kakhulu, ziyasebenza, ziyasebenza, kwaye azifuni ulondolozo oluncinci kakhulu.
Imodyuli yamandla etshaja ye-5,1000V 20kW DC DC EV BEG1K075G ye-150kW EV Fast Charger Station. Imodyuli yokutshaja ye-20kw Imodyuli yamandla etshaja ye-1000v emc class b rectifier ev
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