30V50Ah DC Power System
Ukwakhiwa kwenkqubo yamandla yeDC
*Imodyuli yokuhlaziya
*Inkqubo yebhetri
*Iyunithi yokufumanisa ebanzi
*Imodyuli yokubeka iliso kwindawo enye
*Amanye amacandelo
Umgaqo womsebenzi wenkqubo yeDC
Imeko yokusebenza ye-AC eqhelekileyo:
Xa igalelo le-AC lenkqubo linika amandla ngokuqhelekileyo, iyunithi yokuhambisa amandla e-AC inika amandla kwimodyuli nganye yokuhlaziya.Imodyuli yokulungiswa kwe-frequency ephezulu iguqula amandla e-AC kumandla e-DC, kwaye ikhupha ngesixhobo sokukhusela (i-fuse okanye i-breaker circuit).Kwelinye icala, ihlawulisa ipakethi yebhetri, kwaye kwelinye icala, ibonelela ngamandla okusebenza aqhelekileyo kumthwalo weDC ngokusebenzisa iyunithi yokutya yokuhambisa amandla eDC.
Imeko yokusebenza yelahleko yamandla e-AC:
Xa inkqubo ye-AC igalelo lingaphumeleli kwaye umbane unqunyulwe, imodyuli yokubuyisela iyeka ukusebenza, kwaye ibhetri inika amandla kumthwalo we-DC ngaphandle kokuphazamiseka.Imodyuli yokubeka iliso i-voltage yokukhupha kunye ne-current yebhetri ngexesha langempela, kwaye xa ibhetri ikhupha kwi-voltage ebekiwe, imodyuli yokubeka iliso inika i-alamu.Ngexesha elifanayo, imodyuli yokubeka iliso ibonisa kwaye iqhube idatha elayishwe yisekethe yokubeka esweni ukuhanjiswa kwamandla ngamaxesha onke.
Inkqubo yebhetri
Iseli yebhetri
Iphepha ledatha yeseli yebhetri
| Hayi. | Into | Iiparamitha |
| 1 | Umbane oqhelekileyo | 3.2V |
| 2 | Umthamo wegama | 50Ah |
| 3 | Ilinganiswe ngokusebenzayo ngoku | 25A(0.5C) |
| 4 | Max.amandla ombane wokutshaja | 3.65V |
| 5 | Min.ukukhupha i-voltage | 2.0V |
| 6 | Max Pulse intlawulo yangoku | 2C ≤10s |
| 7 | I-Max Pulse yokukhupha yangoku | 3C ≤10s |
| 8 | Ukuchasana kwangaphakathi kwe-AC | ≤1.0mΩ (I-AC Imedance, 1000 Hz) |
| 9 | Ukuzikhupha | ≤3% |
| 10 | Ubunzima | 1.12±0.05kg |
| 11 | Imilinganiselo | 148.2*135*27mm |
Ibhetri Pack
Iphepha leenkcukacha zebhetri
| Hayi. | Into | Iiparamitha |
| 1 | Uhlobo Lwebhetri | I-lithium iron phosphate(LiFePO4) |
| 2 | Umbane oqhelekileyo | 32V |
| 3 | Umthamo olinganisiweyo | 50Ah @0.3C3A, 25℃ |
| 4 | Ukusebenza ngoku | 25Amps |
| 5 | Incopho yangoku | 50Amps |
| 6 | Umbane osebenzayo | DC 25~36,5V |
| 7 | Ukutshaja okwangoku | 25Amps |
| 8 | INdibano | 10S1P |
| 9 | Ibhokisi yebhokisi | Ipleyiti yentsimbi |
| 10 | Imilinganiselo | 290(L)*150(W)*150(H)mm |
| 11 | Ubunzima | Malunga ne-14 kg |
| 12 | Ubushushu bokusebenza | -20 ℃ukuya kuma-60 ℃ |
| 13 | Ixabiso lobushushu | 0 ℃ukuya kuma-45 ℃ |
| 14 | Ubushushu bokugcina | -10 ℃ukuya kuma-45 ℃ |
Iiparamitha zoMbane zeBMS
| Igama leTekhnoloji | Iiparamitha eziqhelekileyo |
| Ukutshaja kunye nokukhupha ukumelana nombane | 100V |
| indlela yonxibelelwano | Bluetooth, RS485 , Uthotho port , CAN GPS |
| Inani leentambo zebhetri | 9-15 i-skewers |
| Uhlobo lweSeli | I-Ternary lithium ibhetri, i-lithium iron phosphate, i-lithium titanate |
| Inombolo yobushushu | 3 |
| Ibhalansi yangoku | 120mA |
| uluhlu lombane | 0.5V - 5V |
| Ukuchaneka kombane | 0.5 % ( 0 ℃ - 80 ℃ ) , 0.8 % ( -40 ℃ - 0 ℃ ) |
| uluhlu lobushushu | -40 ℃ - 80 ℃ |
| Uluhlu lwangoku | -100A - 100A (igqitywe yimodeli yochungechunge olufanayo lwemveliso) |
| Ukuchaneka kwangoku | 2% (-100A - 100A) |
| INGABA unxibelelwano | Inkxaso CANOPEN , INGABE ngokwezifiso |
| RS485 | Ukwahlukaniswa, iprotocol ye-modbus |
| Ukuvuka ngesandla | inkxaso |
| Ukutshaja ukuvuka | inkxaso |
| ibluetooth | Inkxaso ye-Android APP , i-Apple ifowuni ye-APP |
| Isalathisi esisezantsi sebhetri | I-alarm yebhetri ephantsi isiphumo se-IO |
| Ukuchaneka kwe-SOC | <5% |
| B- Ukhuseleko lokulahla | hayi inkxaso |
| Ukusetyenziswa kwamandla okusebenza | 20mA |
| Ukusetyenziswa kwamandla okulindile | 2mA |
| Ukugcinwa kunye nokusetyenziswa kwamandla okuthutha | 40uA |
| Ukugcinwa koMnyhadala | 120 iirekhodi zesiganeko se-loop |
| Isalathisi soBume | Izibane zesimo se-2 ze-LED |
| Isalathisi sebhetri | Inkxaso ye-5 -igridi yokubonisa amandla, i-4 -igridi yokubonisa amandla kunye nomboniso wedijithali we-LCD |
| ubushushu bokugcina | -20 ℃ - 60 ℃ |
| Ukutshaja kwe-0V | Ayikuxhasi ukutshaja kwe-0V |
| Inkcazo yokulala | Iimeko zokulinda ze-BMSA ezizenzekelayo:Umsebenzi wokulala ozenzekelayo usetelwe ukuba uvulwe.Xa ibhetri ingatshajwanga okanye ingatshaji, akukho nxibelelwano, akukho linki yeBluetooth, kwaye akukho lungi. 30 S (ixesha linokuhlengahlengiswa yikhompyuter yenginginya), emva kokoBMS Ngena kwimowudi yokulinda.i-BMS ingena ngokuzenzekelayo kwimowudi yokulinda, i-charge and discharge port ihlala ikwimeko evaliweyo (inikwe amandla). |
Indlela yokudibanisa i-BMS
I-30V DC ye-Power Rectifier-Technical parameters
Iimpawu zegalelo
| Uluhlu lwamandla okufakwayo | 120 ~ 370VDC |
| Uluhlu lokuphindaphinda | 47 ~ 63Hz |
| Ukutshintshana kwangoku | 3.6A/230VAC |
| Inrush yangoku | 70A/230VAC |
| Ukusebenza kakuhle | 89% |
| Amandla factor | PF>0.93/230VAC (umthwalo opheleleyo) |
| Ukuvuza kwangoku | <1.2mA / 240VAC |
Iimpawu zemveliso
Umsebenzi woLungiso lwaMandla:1. Umqondiso we-DC OK we-PSU kwi: 3.3 ~ 5.6V;I-PSU ivaliwe: 0 ~ 1V2. Ulawulo lwabalandeli Xa umthwalo uyi-35±15% okanye i-RTH2≧50℃, ifeni iyavula.
| Uluhlu lombane ophumayo | 28.8 ~ 39.6V |
| Ummiselo | ±1.0% |
| I-Ripple & ingxolo (Ubukhulu.) | 200mVp-p |
| Umda wokunyamezelwa kombane | ±5% |
| Ukuqala, ixesha lokunyuka | 1,800 ms, 50ms / 230VAC(Umthwalo opheleleyo) |
| Ikalwe ngoku | 17.5A |
| Ubuninzi bexeshana langoku | >32A |
| Iiyure zokuTshaja emva kokuba ibhetri iphelele | <3Iiyure |
| DC Voltage | 36V |
| Ilinganiswe Amandla | 630W |
| Umthwalo omileyo ocetywayo | <360W |
Umsebenzi woKhusela uMlungisi wamandla:
1. Ukukhuselwa kokugqithiswa kwe-105% ~ 135% yokulinganisa amandla emveliso Imo yokukhusela: umda oqhubekayo wangoku, ubuyisela ngokuzenzekelayo emva kokuba iimeko zomthwalo ongaqhelekanga zisusiwe.
2. Ukukhuselwa kwe-Overvoltage 41.4 ~ 48.6V Imo yokukhusela: ukuvala ukuphuma, ukuphuma okuqhelekileyo kunokubuyiselwa emva kokuba amandla eqaliswe kwakhona
3. Ukukhuselwa kobushushu obugqithisileyo kuvala imveliso, kwaye ngokuzenzekelayo ukubuyisela emva kokuhla kweqondo lokushisa
Igrafu eSebenzayo yoLungiso lwamandla
Ubushushu be-ambient (℃)
Umbane wegalelo(V)60Hz
Inkqubo yokubeka iliso
Intshayelelo
Iimonitha ze-Cyclone zisebenzisa i-interface yomshini womntu, umbane wombane wombane wombane wenkqubo yokubeka iliso eyenziwe nge-mcgsTpc efakwe isikrini esidibeneyo sokuchukumisa kunye neyunithi yokufumanisa.Esona liso siphambili siqulunqwe ngabahloli be-UM abamele itekhnoloji engundoqo yenkampani yethu, efanelekileyo kwiinkqubo ze-DC ezingaphantsi kwe-1000AH, ukugqibezela intlawulo kunye nolawulo lokukhutshwa kunye nemisebenzi eyahlukeneyo yokubeka iliso, kwaye inokwenza iinkqubo zobonelelo lwamandla ombane wokusebenza kombane wamanqanaba ahlukeneyo ombane ngokubambisana nezahlukeneyo. iimodyuli zokutshaja eziveliswe yinkampani yethu.Abahloli be-Cyclone bonke banemisebenzi ethembekileyo yonxibelelwano yangasemva, kwaye bafaneleke ngokukodwa kumathuba okusebenza okungahoywanga kunye nokuzenzekelayo.
Ubumbeko olusisiseko:
*I-interface yomatshini wobuntu: TPC 70 22 (i-7-intshi ephezulu yokukhanya kwe-TFT LCD ukubonisa)
* Umlawuli: TY-UM 1 iyunithi
* 7-intshi TFT LCD ukubonisa
*Inzwa yangoku: 2
*Umbane omncinci: iseti e-1
Bonisa Iinkcukacha Zonxibelelwano
DC panel panel
Imilinganiselo yekhabhathi yenkqubo yobonelelo lwamandla eDC yi-700(H)*500(W)*220(D)mm.
INkqubo yoMbane yenkqubo yeDC
