I-SOSIAT Wall-Mount Hybrid Inverter
Isishwankathelo seMveliso
Ii-inverters ze-hybrid ezifakwe eludongeni zizixhobo ezibalulekileyo kwiinkqubo zolawulo lwamandla zanamhlanje. Zinokusingatha ngokufanelekileyo ukusebenzisana kwamandla phakathi kwamandla elanga, amandla egridi kunye nokugcinwa kwebhetri, kwaye zibonelela ngesisombululo samandla esizinzileyo nesizinzileyo.
Inzuzo yayo ephambili ikukusebenza kwayo okuguquguqukayo kunye nokuzivumelanisa neemeko ezahlukeneyo zamandla. Xa kukho ilanga elaneleyo, amandla e-DC ephaneli yelanga aguqulwa abe ngamandla e-AC kwaye amandla agqithisileyo ayagcinwa; xa kungekho kukhanya kwelanga okwaneleyo, itshintshela ngokuzenzekelayo ekukhutshweni kwebhetri; xa amandla ebhetri ephelile, iqhagamshela ngaphandle komthungo kwigridi yamandla ukuqinisekisa ukunikezelwa kombane okungaphazamisekiyo.
Ngokuphathelele ukusebenza, i-inverter ixhotyiswe ngetekhnoloji yokulandelela amandla aphezulu (MPPT) ephucukileyo, elandelela ngokuchanekileyo amandla aphezulu aphuma kwiphaneli yelanga kwaye iphucule ukusebenza kakuhle kokuguqulwa. Ezinye iimodeli ezisebenza kakhulu zinokufikelela ngaphezulu kwe-98%, kunye nokulahleka kwetshaja ephantsi kunye nokukhupha, nto leyo eyandisa ubomi bebhetri ngokufanelekileyo.
Ukufakelwa nokugcinwa kwazo kulula. Uyilo oluxhonywe eludongeni lugcina indawo kwaye lufanelekile kwiiflethi, iivenkile nakwezinye iindawo. Inkqubo yokubeka esweni ekrelekrele ixhasa ii-APP eziphathwayo kunye neeterminal zekhompyutha ukujonga ulwazi oluphambili olufana nesimo sokusebenza kunye nokuveliswa kombane ngexesha langempela, kwaye ikhawuleza i-alamu kwaye ibonelele ngokuxilongwa xa kwenzeka impazamo, inciphisa iindleko zokugcinwa kunye nexesha. Nokuba kukonga amandla kubasebenzisi basekhaya okanye kulawulo lweendleko kubasebenzisi bezorhwebo, le mveliso inokufikelela ekuzinzeni kwamandla kwaye iphucule ukusebenza kakuhle kokusetyenziswa kwamandla kunye nokuzinza.
Iiparameters zobugcisa
| Iiparamitha ezisisiseko zemveliso | ||||||
| Amandla alinganisiweyo | 3200W | 5500W | 6200W | 8000W | 11000W | |
| I-voltage eqhelekileyo | 24VDC | 48VDC | ||||
| Ufakelo | Ukufakelwa kodonga | |||||
| Ipharamitha yelanga | ||||||
| Imodeli yokusebenza | I-MPPT | |||||
| I-voltage yokufaka yelanga elinganiswe ngexabiso eliphantsi | 360VDC | |||||
| Uluhlu lwevolthi yokulandelela i-MPPT | 120-450V | |||||
| Umbane ophezulu wokufaka (i-VOC) kwi ubushushu obuphantsi | 500V | |||||
| Amandla okufaka aphezulu | 3200W | 5500W | 6200W | 8000W | 11000W | |
| Inani leendlela zokulandelela i-MPPT | Indlela e-1 | 2
| ||||
| IGALELO | ||||||
| Uluhlu lwevolthi yokufaka ye-DC | 21-30VDC | 42-60VDC | ||||
| I-voltage yokufaka amandla e-mains elinganiswe ngexabiso eliphantsi | 220/230/240VAC | |||||
| Uluhlu lombane wokufaka amandla egridi | 170~280VAC(imodeli ye-UPS)/120~280VAC(imodeli ye-inverter) | |||||
| Uluhlu lwefrikhwensi yokufaka igridi | 40~55Hz(50Hz) 55~65Hz(60Hz) | |||||
| IMVELISO | ||||||
| I-Inverter | Ukusebenza kakuhle kwemveliso | 94% | ||||
| I-voltage yokukhupha | 220VAC±2%/230VAC±2%/240VAC±2% (Imodeli ye-Inverter) | |||||
| Isiphumo sexesha eliphumayo | 50Hz±0.5 okanye 60Hz±0.5 (Imodeli ye-Inverter) | |||||
| Igridi | Ukusebenza kakuhle kwemveliso | ≥99% | ||||
| Uluhlu lwevolthi yemveliso | Ukulandela igalelo | |||||
| Uluhlu lweefrikhwensi zemveliso | Ukulandela igalelo | |||||
| Imo yebhetri yokulahleka komthwalo | ≤1% (Ngamandla alinganisiweyo) | |||||
| Imo yegridi yokulahleka komthwalo | Amandla alinganisiweyo angama-≤0.5% (itshaja yamandla egridi ayisebenzi) | |||||
| Ibhetri | |||
| Ibhetri uhlobo | Ibhetri ye-asidi ye-lead | Ukutshaja ngokulinganayo 13.8V Ukutshaja okudadayo 13.7V (i-voltage yebhetri enye) | |
| Ibhetri eyenziwe ngokwezifiso | Ipharamitha ingamiselwa ngokweemfuno zabathengi (Sebenzisa iintlobo ezahlukeneyo zebhetri ngokuseta iphaneli) | ||
| Umbane wokutshaja we-main mains ophezulu | 60A | 80A | |
| Umbane wokutshaja welanga ophezulu | 100A | 150A | |
| Umsinga wokutshaja ophezulu (iGrid + i-solar) | 100A | 150A | |
| Indlela yokutshaja | Inqanaba lesithathu (umbane oqhubekayo, i-voltage engaguqukiyo, itshaja yokudada) | ||
| Imo ekhuselweyo | ||||
| Uluhlu lwebhetri oluphantsi kombane | Ixabiso lokukhusela ibhetri eliphantsi kwe-voltage +0.5V (I-voltage yebhetri enye) | |||
| Ukhuseleko lwe-voltage yebhetri | I-default yefektri: 10.5V (I-voltage yebhetri enye) | |||
| I-alamu yebhetri phezu kombane | I-voltage yokutshaja elinganayo +0.8V (I-voltage yebhetri enye) | |||
| Ukhuseleko lwebhetri phezu kombane | I-default yefektri: 17V (I-voltage yebhetri enye) | |||
| Ukubuyisela ibhetri phezu kombane | Ixabiso lokukhusela ibhetri phezu kwevolthi - 1V (Ivolthi yebhetri enye) | |||
| Ukhuseleko lomthwalo ogqithisileyo / olufutshane | Ukhuseleko oluzenzekelayo (imo yebhetri), i-circuit breaker okanye i-fuse (imo yeGrid) | |||
| Ukukhusela ubushushu | ≥90℃ isaphulelo kwimveliso | |||
| Iiparamitha zokusebenza | ||||
| Ixesha lokuguqula | ≤4ms | |||
| Indlela yokupholisa | Ifeni yokupholisa ekrelekrele | |||
| Ubushushu bokusebenza | -10~40℃ | |||
| Ubushushu bokugcina | -15~60℃ | |||
| Ukuphakama | 2000m(>2000m ukuphakama kufuneka kuncitshiswe) | |||
| Umswakama | 0~95% (Akukho kufuma) | |||
| Ubungakanani beMveliso | 420*290*110mm | 460*304*110mm | 520*450*200mm | |
| Ubungakanani bephakheji | 486*370*198mm | 526*384*198mm | 580*510*260mm | |
| Ukusinda okushiyekile | 8.5kg | 9.5kg | 17kg | |
| Ubunzima bokuqala | 9.5kg | 10.5kg | 19kg | |