Imodyuli yaMandla ye-EV yeNgxelo yeMarike yeTshaja ye-EV

Imodyuli yaMandla yeNgxelo yeMarike yeTshaja ye-EV

Imodyuli yetshaja ye-EV | Imodyuli yaMandla yesiKhululo sokuTshaja | Sicon
Imodyuli yetshaja yimodyuli yamandla angaphakathi kwizikhululo zokutshaja ze-DC (iimfumba), kunye nokuguqula amandla e-AC kwi-DC ukuze kuhlawuliswe izithuthi.
Iimodyuli zokuTshaja ezikhawulezayo
Iimodyuli zamandla e-EV ukusuka kwi-15 ukuya kwi-50kW
3-Isigaba se-AC DC kunye ne-DC DC yokuTshaja iimodyuli
I-Bidirectional DC AC ene-V2G / V2H yokusebenza

Iimodyuli zeV2G ezinePV ukhetho 10 ukuya 15kW AC/DC IiModyuli zaMandla kwizitishi zokutshaja ngokukhawuleza. Iimodyuli zingasetyenziswa kuthotho okanye ngokunxuseneyo ziqhagamshelwe ukuya kuthi ga kwi-1000V kwaye ukuphakama kube yi-350kW. Imodyuli ye-25kW ye-DC/DC yeTshaja yendawo enkulu yokutshaja kunye neepaki zokutshaja ezine-650 ukuya kwi-800V yeNgeniso ye-DC. Ngenxa yobukhulu be-compact, ukusebenza okuphezulu kunye nokuhlukaniswa kwegalvanic iModyuli ingasetyenziselwa kwizithuba ezincinci okanye kwiikhabhinethi.
I-10kW Bidirectional AC/DC Modyuli esandula ukwenziwa ingasetyenziselwa usetyenziso lweV2G, V2H kunye neSmartgrid. Le modyuli isekwe kwi-MIDA yamva nje eqinisekisa uluhlu olubanzi lokusebenza olungaphezulu kwe-96% esebenzayo. IModyuli ye-V2G inokhetho lwePV olufakelweyo lokuqhagamshela ukuya kuthi ga kwi-10kWp. Oku kwenza i-PV ethe ngqo kwi-EV Ukutshaja ngaphandle kokusebenzisa imitha yamandla ye-AC.Ukongeza kwiimodyuli zeTshaja, i-PRE ikwabonelela ngezisombululo ze-BMS kunye ne-Intelligent motor drives kwiimoto ezahlukeneyo zothutho lwe-elektroniki kunye ne-E-bikes. Oku kunika indibaniselwano engenamthungo yeTshaja kunye ne-BMS, eqinisekisa ukutshaja kwebhetri ngokukhawuleza, okukhuselekileyo nokuthembekileyo.

Imodyuli yokutshaja ye-25 kW EV, ekwaziyo ukuguqula amandla ukusuka kwigridi yamanqanaba amathathu ukuya kwiibhetri ze-DC EV. Ibonisa uyilo oluyimodyuli olukwaziyo ukusebenza ngokunxuseneyo kwaye lunokusetyenziswa njengenxalenye ye-EVSE yamandla aphezulu (iinkqubo zeSixhobo soBonelelo lweSithuthi soMbane) ukuya kuthi ga kwi-360kW.

Le modyuli yamandla ye-AC/DC iyahambelana nokutshaja okuhlakaniphile (V1G) kwaye inokusebenzisa ngokuguquguqukayo imida kusetyenziso lwayo lwegridi yangoku.

30 Kw Imodyuli yokuTshaja okuNgqongileyo koMbane kwiSikhululo sokuTshaja esiKhawuleza seDc
Iimbonakalo

Ilahleko yokulinda esezantsi kakhulu, kunye nelahleko yamandla esezantsi engaphantsi kwe8W.1000V Constant Power EV Imodyuli yokuTshaja 30 KW yeDC Fast Charging Station 0
Uluhlu lwamandla angaguqukiyo olubanzi kakhulu 300V ~ 1000V DC kunye namandla ombane asezantsi kakhulu ahlala esebenza ngoku, kunye nemveliso yangoku ephezulu ye-100 A.1000V Constant Power EV Imodyuli yokuTshaja 30 KW KwiSikhululo sokuTshaja esiKhawuleza seDC 0
Ukusebenza okuphezulu okuthembekileyo kokukhuselwa kwiqondo lokushisa eliphezulu neliphantsi, ukufuma, inkungu yetyuwa kunye nezinye iindawo ezinzima, ezinciphisa iindleko zokusebenza.
-40 ° C ~ + 75 ° C ububanzi bobushushu obubanzi, kunye -30 ° C ~ + 50 ° C umsebenzi ogcweleyo womthwalo, ongaphezu kwe-5 ℃ ngaphezu kweemveliso zoshishino.
Itekhnoloji yokulawula isantya somoya esinamacala amane obukrelekrele, yanciphisa ngempumelelo ilahleko nengxolo, iqinisekisa ukuthembeka kwemveliso.
Intshayelelo yeMveliso1000V Amandla aQhubekileyo e-EV yokuTshaja Imodyuli ye-30 KW ye-DC Fast Charging Station 2

Imodyuli yokutshaja ye-MIDA yinxalenye engundoqo yetshaja ye-EV, yamkele uyilo lwe-hardware oluphuculweyo lwamva nje, olunolawulo oluphezulu lwe-algorithms, olwenziwe ngobuchwephesha bokuvelisa obuphambili, obuphuhliswe ngokukodwa kwisikhululo sokutshaja se-EV. Iyakwazi ukuhambelana phantse nazo zonke iimfuno zokutshaja ze-EV, imodyuli ineenzuzo zoluhlu lwamandla aguquguqukayo, i-voltage ephantsi ye-voltage eqhubekayo-yangoku, ubuchule obuphezulu obunobunzima kuluhlu olupheleleyo lwamandla, uluhlu olukhulu lobushushu bokugqibela kunye namandla asezantsi okulinda.