Thumela umyalezo Fumana ixabiso
I-HJ-G65-261L kunye ne-HJ-G130-261L ziinkqubo ezimbini zokugcina amandla ekhabhinethi ye-261KWh yangaphandle kunye neteknoloji yokupholisa ulwelo, eyenzelwe iimfuno zokugcina amandla angaphandle, afanelekileyo kwiimeko ezahlukeneyo zesicelo, kwaye ikwazi ukuhlangabezana ngokufanelekileyo neemfuno zomsebenzisi zokugcina amandla kunye nokulawula.
| Iiparameters zobuchwepheshe | HJ-G65-261L | HJ-G130-261L | |
| DC Side Parameters | |||
| Uhlobo lweseli | LFP3.2V / 314Ah | ||
| Ulungelelwaniso oludityanisiweyo | 1P260S | ||
| Ikaliwe Amandla | 261kWh | ||
| Uluhlu lwevolthi | 650 ~ 949V | ||
| Umjikelo wamaxesha | >8000次@70%EOL,25℃ | ||
| UNxibelelwano | RS485,CAN,Ethemet | ||
| Ihambelana nomgangatho | I-GB/T36276,GB/T34131 | ||
| Iiparamitha ze-AC | |||
| Amandla okuphuma akaliwe | 65kW | 130kW | |
| Umbane wegridi ulinganisiwe | I-400V, i-3-isigaba se-5-wire | ||
| Uluhlu lwamandla ombane wegridi oluvumelekileyo | 340~460V, ± 15% | ||
| Ikalwe ngoku | 93A | 187A | |
| Amandla | 1 (phambili) - 1 (ngasemva) | ||
| Ukulinganiselwa kwamaxesha egridi | 50 ±5Hz | ||
| Umthamo omkhulu | I-110%: ukusebenza kwexesha elide; 120%: hayi ngaphantsi kwe-1 min. | ||
| Lilonke izinga loguqulo lwamaza lwangoku (THDi) | <1.5%(100%PN)<5%(≥20%PN) | ||
| Iiparamitha zokusebenza ngaphandle kwegridi | |||
| Ukulinganisa i-voltage yemveliso ye-inverter ezimeleyo | 400V(340~460V) | ||
| I-inverter ezimeleyo yombane wokungalingani | <2%, hayi ngaphezulu kwe-4% ngexesha elifutshane | ||
| DC Side Parameters | |||
| Uluhlu lwamandla ombane osebenzayo weDC | 650V ~ 1000V | ||
| Uluhlu olupheleleyo lokusebenza kwamandla | 650V ~ 950V | ||
| Eyona DC yangoku | 110A | 220A | |
| Iiparameters eziphambili | |||
| Imisebenzi yoKhuseleko | Ukukhwela kwamandla ombane aphezulu/asezantsi, anti-islanding, AC overcurrent, AC short circuit, AC overvoltage/subvoltage, AC impazamo yokulandelelana kwesigaba esingenayo | ||
| Ukusebenza okuphezulu | 99.00% | ||
| Udidi lokhuselo | IP20 | ||
| Ubushushu obusebenzayo obusebenzayo | 30 ° C~70 ° C(>50 ° C derating) | ||
| Ubuntu bezizalwane | 0 ~ 195% (engacondensing) | ||
| Indlela yokupholisa | Umoya opholileyo | ||
| Isilinganiselo (L * W * H) | 715mm 500mm * * 190mm | ||
| ubunzima | ≤66kg±0.5kg | ||
| ISalathiso Sengxolo | <80dB | ||
| Ubuphezulu boMphakamo wokuSebenza | 3000m(>3000m derating) | ||
| Indlela yonxibelelwano | RS485,CAN,Ethemet | ||
| Ihambelana nomgangatho | I-GB/T34120,GB/T34133,EMC | ||
| Iiparamitha zenkqubo | |||
| Imilinganiselo (HXDXW) | 2438mm 970mm * * 1300mm | ||
| ubunzima | ≈2.8T | ||
| Ibakala lokhuseleko | IP54 (icandelo lombane), IP66 (icandelo lebhetri) | ||
| Ibakala lokuchasa umhlwa | C4 / C5 | ||
| Indlela yokuPholisa | Ukupholisa uLwelo | ||
| Range lobushushu yokusebenza | -30 ° C~50 ° C(>45 ° C derating) | ||
| Uluhlu lokufuma olusebenzayo | 0~95%(engacondensing) | ||
| Ubuphezulu bomphakamo wokusebenza | 3000m(>2000m derating) | ||
| Imodi yokuLwa koMlilo | I-aerosol + i-PACK yokuntywiliselwa kwinqanaba + Isilumkiso esisebenzayo | ||
| Iprothokholi yonxibelelwano lwangaphandle | Modbus RTU,CAN2.0,Modbus TCP | ||
Qaphela: Iinkcukacha zinokutshintsha ngaphandle kwesaziso sangaphambili sokuphuculwa kwemveliso.
Ulungelelwaniso lwendibaniselwano ye-1P260S lunokulungelelaniswa ngokuguquguqukayo ngokweemfuno zangempela zenani lee-cores kunye nokudibanisa ukuhlangabezana neemfuno zamandla kunye namandla kwiiprojekthi ezahlukeneyo.
Uluhlu lwamandla ukusuka kwi-1 (phambili) ukuya kwi-1 (i-lagging), ephucula ngokufanelekileyo ukusetyenziswa kwamandla, ukunciphisa ilahleko yomgca kunye nokwandisa umgangatho womsebenzi wegridi.
I-voltage elinganisiweyo yokuphuma kwe-inverter ezimeleyo yi-400V (340 ~ 460V), ukungalingani kwe-voltage ye-inverter ezimeleyo ingaphantsi kwe-2%, kwaye akukho ngaphezu kwe-4% ngexesha elifutshane, eliqinisekisa ukuzinza nokuthembeka ekusebenzeni kwegridi.
Ixhotyiswe ngemisebenzi eyahlukeneyo yokukhusela, efana ne-high / low voltage ride-through, anti-islanding, AC overcurrent, AC short circuit, i-AC overvoltage / subvoltage, impazamo yokulandelelana kwesigaba sokungena kwe-AC, njl., enokuqinisekisa ngokufanelekileyo ukusebenza ngokukhuselekileyo kwenkqubo kunye nezixhobo.
Ukusebenza okuphezulu kunokufikelela kwi-0.99, enokunciphisa ukulahlekelwa kwamandla kunye nokuphucula ukusebenza kakuhle kokusetyenziswa kwamandla.
Inkqubo yamandla asasazwayo, incopho yegridi kunye nohlengahlengiso oluphindaphindiweyo, amandla okulinda, i-microgrid, ukugcinwa kwamandla kwimizi-mveliso kunye nezorhwebo.
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