I-AIO-H3-8.0 8KW 10.24KWH iSigaba esiThathu sokuGcinwa kweNdlela yokuGcina amandla iAmensolar
I-AIO-H3-8.0 iSigaba esiThathu sonke-kwi-Enye iNkqubo yokuGcina amandla i-Amensolar
Ingcaciso yeMveliso
Inkqubo yokugcina amandla ye-AIO-H3 yi-inverter kunye nokudibanisa ibhetri, ukwenza lula inkqubo yokufakela. Abasebenzisi akudingeki ukuba bafake kwaye badibanise i-inverter kunye nebhetri ngokwahlukileyo, kufuneka badibanise iyunithi yonke-kwinye kumthombo wamandla. Kwangaxeshanye, ihlala ibonelela nge-interfaces yomsebenzisi-friendly, evumela abasebenzisi ukuba babeke iliso ngokulula kwaye balawule inkqubo.
Iimpawu eziphambili
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01
Ukhuseleko
Iibhetri zeLithium iron phosphate zisebenzisa imodyuli ezinzileyo nekhuselekileyo, ipakethi yebhetri kunye noyilo lwenkqubo enokhuseleko oluphindwe kathathu.
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02
Iyaguquka
Ixhasa ukulawula amandla ahlengahlengiswayo (DI/DO) kwisigaba ngasinye sejenereyitha yedizili.
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03
Elula
Uyilo lwemodyuli kunye nokusebenza kweplagi kunye nokudlala kujongo lwesicelo esiphathwayo.
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04
Esebenzayo
Inokwamkela i-200% yeenkqubo zokuvelisa amandla e-ultra-enkulu ye-photovoltaic kwigridi edityanisiweyo kunye ne-off-grid parallel operation.
Isicelo seSolar Hybrid Inverter
UQhagamshelwano lweNkqubo
Ii-inverters ze-Hybrid ezidityanisiweyo kunye neenkqubo zokugcina amandla zinika amandla ngexesha lokuhamba kwegridi eziphambili kunye nokubonelela ngamandla kwigridi xa igridi isebenza ngokuqhelekileyo.
Izatifikethi
Izinto Eziluncedo Zethu
Uyilo lwe-in-one luvumela ukusebenza kwenkqubo ephezulu. Ukudibanisa phakathi kwe-inverter kunye nebhetri kwandisa ukusebenza kakuhle kokuhanjiswa kwamandla kunye nokuguqulwa kunye nokunciphisa ukulahlekelwa kwamandla. Oku kwenza inkqubo ukuba ibonelele unikezelo lwamandla oluzinzileyo kunye nokusebenza kakuhle ngexesha lokusetyenziswa.
Inkcazo-ntetho
Iphakheji
Ukupakishwa ngononophelo:
Sigxininisa kumgangatho wokupakisha, usebenzisa iibhokisi ezomeleleyo kunye negwebu ukukhusela iimveliso zokuhamba, kunye nemiyalelo yokusetyenziswa ecacileyo.
Ukuthunyelwa ngokukhuselekileyo:
Sisebenzisana nababoneleli bezothutho abathembekileyo, siqinisekisa ukuba iimveliso zikhuselwe kakuhle.
| Umzekelo | I-AIO-H3-8.0 |
| Imodeli yoMguquli weHybrid | N3H-A8.0 |
| Igalelo loMtya wePV | |
| Max. Amandla oNgeniso lwePV aqhubekayo | 16000 W |
| Max. DC Voltage | 1100 V |
| Umbane woMbane | 720 V |
| Uluhlu lweVoltage yeMPPT | 140- 1000 V |
| Uluhlu lweVoltage yeMPPT (Umthwalo ogcweleyo) | 380~850 V |
| Inani leMPPT | 2 |
| Imitya NgeMPPT | 1 |
| Max. Igalelo langoku | 2*15A |
| Max. I-Short-circuit yangoku | 2*20 A |
| Imveliso ye-AC (Igridi) | |
| Igama Lemveliso ye-AC yamandla | 8KW |
| Max. Amandla abonakalayo e-AC | 8800 VA |
| Ilinganiswe igalelo/imveliso yombane | 3/N/PE, 230/400 V |
| I-AC Grid Frequency Range | 50/60 Hz ± 5Hz |
| Isiphumo Esiqhelekileyo sangoku | 11.6 A |
| Max. Imveliso yangoku | 12.8 A |
| Isibakala saMandla (cosCD) | 0.8 Ukukhokela-0.8 UkuLagging |
| Ungeniso Lwebhetri | |
| Uhlobo Lwebhetri | I-LFP (LiFeP04) |
| Umbane webhetri yeNominal | 51.2 V |
| Ukutshaja i-Voltge Range | 44-58 V |
| Max. Ukutshaja ngoku | 160 A |
| Max. Ukukhutshwa kwangoku | 160 A |
| Umthamo webhetri | 200/400/600/800 Ah |
| Imveliso ye-AC (Ugcino) | |
| Igama Lemveliso ye-AC yamandla | 7360 W |
| Max. I-AC Output Power | 8000 VA |
| Isiphumo Esiqhelekileyo sangoku | 10.7 A |
| Max. Imveliso yangoku | 11.6 A |
| Umbane weMphumo yoMmandla | 3/N/PE, 230/400 V |
| Ubuninzi beZiphumo eziQelekileyo | 50/60 HZ |
| Ukusebenza kakuhle | |
| Max. Ukusebenza kakuhle kwePV | 97.60% |
| I-Euro. Ukusebenza kakuhle kwePV | 97.00% |
| Ukhuseleko oluchasene neziqithi | Ewe |
| Isiphumo Ngaphezu koKhuseleko lwangoku | Ewe |
| I-DC Reverse Polarity Protection | Ewe |
| Ukufunyanwa kwempazamo yomtya | Ewe |
| Ukhuseleko lwe-DC / AC Surge | DC Uhlobo II; Uhlobo lwe-AC III |
| Ukufunyanwa kweInsulation | Ewe |
| Ukhuseleko lweSekethe olufutshane lwe-AC | Ewe |
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