I-AO-H3-8.0 8KW 10.24kWh isigaba sesithathu senkqubo yokugcina amandla
I-AIO-H3-8.0 isigaba sesithathu-kwi-on-tensolar yenkqubo yogcino
Ingcaciso yeMveliso
Inkqubo yokuGcina i-AOO-H3 ye-AIO Abasebenzisi akufuneki bafake kwaye baqhagamshele i-Ininterter kunye nebhetri ngokwahlukeneyo, kufuneka banxibelelane kuphela kwiyunithi nganye nganye ukuya kumthombo wamandla. Kwangelo xesha, ihlala ibonelela ngeendawo zokusebenza zabasebenzi, zivumela abasebenzisi ukuba babeke esweni ngokulula kwaye balawule inkqubo.
Iimpawu ezikhokelayo
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01
Ukhuseleko
I-Lithium I-Inyibilium ye-phosphatele i-phosphatele i-Modulies yemodyuli ekhuselekileyo, ekhuselekileyo yepakethi kunye neeyiyilo zenkqubo kunye nokhuselo lukathathu.
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02
Qhelize
Ukuxhasa ukulawula amandla aguqukayo (di / ukwenza) kwinqanaba ngalinye lomvelisi we-dielie.
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03
Ilula
Uyilo lwemodyuli ngomsebenzi we-plug-kunye no-play wokubek'esweni kwesicelo sefowuni.
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04
Ngokufanelekileyo
Inokwamkela i-200% ye-Ultra-enkulu ye-Ultra-pitolstaic System System ye-Grid-exutywe ne-Grid Grivlel.
I-Solar Hybrid Inverter
Uqhagamshelo lwenkqubo
I-Hybrid Anthers idityaniswe neenkqubo zokugcina amandla ukubonelela ngamandla ngexesha lokugcina okuphambili kwegridi kunye nokubonelela ngamandla kwigridi xa igrid isebenza ngesiqhelo.
Izatifikethi
Izibonelelo zethu
Uyilo lwe-on-in-on-ten luvumela ukusebenza kakuhle kwenkqubo. Ukudityaniswa phakathi kwe-inverter kwaye ibhetri ingenza impumelelo kusulelo lwamandla kunye nokuguqula nokunciphisa ilahleko yamandla. Oku kwenza ukuba inkqubo ibonelele ngoncedo oluzinzileyo ngokusebenza ngokuphumelelayo ngexesha lokusetyenziswa.
Inkcazo-ntetho
Iphakheji
Ukupakisha ngononophelo:
Sigxila kumgangatho wephakheji, sisebenzisa iibhokisi ezinzima kunye ne-foam ukukhusela iimveliso kuhambo, kunye nemiyalelo ecocekileyo.
Ukuhanjiswa okukhuselekileyo:
Sisebenzisana nabanikezeli bezinto ezithembekileyo, qinisekisa ukuba iimveliso zikhuselwe kakuhle.
| Imodeli | Aio-h3-8.0 |
| Imodeli ye-Inbrid Inverter | N3h-a8.0 |
| Igalelo lomtya we-PV | |
| UMax. Amandla okufakwa kwe-PV | I-16000 W |
| UMax. I-DC Voltage | I-1100 v |
| I-voltageal voltage | I-720 v |
| I-MPTP yevolthi | I-140- 1000 v |
| I-MPTP ye-MPTP ye-MPPP (umthwalo opheleleyo) | I-380 ~ 850 v |
| Inani le-MPTP | 2 |
| Imitya nganye ye-MPTP | 1 |
| UMax. Igalelo langoku | 2 * 15 A |
| UMax. Isiphaluka esifutshane okwangoku | 2 * 20 A |
| Iziphumo ze-AC (Grid) | |
| Amandla e-AC ye-AC ye-AC | 8kw |
| UMax. I-AC ebonakalayo | I-8800 VA |
| Igalelo legalelo / i-Voltage yemveliso | I-3 / N / PE, 230/400 v |
| Uluhlu lwe-grid grid | I-50/60 HZ ± 5hz |
| Iziphumo zokukhupha okwangoku | 11.6 A |
| UMax. Iziphumo zangoku | 12.8 A |
| Into yamandla (COSCD) | I-0.8 ekhokelayo-0.8 |
| Igalelo lebhetri | |
| Uhlobo Lwebhetri | Lfp (ubomip04) |
| I-voltage yebhere | I-51.2 v |
| Shaja i-voltagege | 44-58 v |
| UMax. Biza okwangoku | I-160 a |
| UMax. Ukukhupha okwangoku | I-160 a |
| Umthamo webhetri | 200/400 / 600/800 ah |
| Iziphumo ze-AC (i-backup) | |
| Amandla e-AC ye-AC ye-AC | 7360 w |
| UMax. I-ACP EXPEP | I-8000 VA |
| Iziphumo zokukhupha okwangoku | 10.7 A |
| UMax. Iziphumo zangoku | 11.6 A |
| Imveliso yemveliso yemveliso | I-3 / N / PE, 230/400 v |
| Iziphumo zokukhupha | I-50/60 hz |
| Ukusebenza kakuhle | |
| UMax. Ukusebenza nge-PV | I-97.60% |
| I-Euro. Ukusebenza nge-PV | I-97.00% |
| Ukhuseleko lwe-Anti-Isiqithi | Ewe |
| Iziphumo malunga nokhuseleko lwangoku | Ewe |
| I-DC ibuyisela isikhuselo se-DC | Ewe |
| Umtya wokucekeceke | Ewe |
| I-DC / Ukukhusela ukhuseleko | I-DC Chwether II; Uhlobo lwe-AC |
| Ukucenga | Ewe |
| Ukukhuselwa kwisekethe emfutshane ye-AC | Ewe |
