Aoio-H3-8.0 ezintathu zesigaba sokugcina isitoreji se-Apensolar
Ukuchazwa Komkhiqizo
Uhlelo lwe-AIO-H3 Energy Storage lwenhlanganisela ye-Inverter nebhethri, yenza lula inqubo yokufaka. Abasebenzisi abadingi ukufaka nokuxhuma i-inverter nebhethri ngokwahlukana, badinga kuphela ukuxhuma iyunithi ye-All-in-one kuMthombo Wamandla. Ngasikhathi sinye, kuvame ukuhlinzeka ngezindawo zokusebenza ezisebenziseka kalula, okuvumela abasebenzisi ukuthi baqaphe kalula futhi baphathe uhlelo.
Izici eziholayo
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01
Ukuphepha
Amabhethri e-Lithium Iron phosphate athatha ama-modular aqinile futhi aphephile, ibhethri Pack kanye nemiklamo yohlelo ngokuvikelwa kathathu.
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02
-Jwayeliseka
Isekela ukulawula amandla aguqukayo (i-DI / do) yesigaba ngasinye se-disel generator.
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03
-Lula
I-Modular Design nge-plug-and-play function yokuqapha kohlelo lokusebenza lweselula.
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04
-Qeqesheka
Ingahlalisa ama-200% ama-Photovoltaic amandla e-Photovoltaic Power GenerationSys wokusebenza okuxhunywe ngegridi nokungasebenzi.
Isicelo se-Solar Hybrid Inverter application
Ukuxhumeka kwesistimu
Ama-inverver ahlanganisiwe ahlanganiswe nezinhlelo zokugcina amandla ahlinzeka ngamandla ngesikhathi sokuphuma kwegridi main futhi anikeze amandla kugridi lapho igridi isebenza ngokujwayelekile.
Izitifiketi
Izinzuzo zethu
Idizayini e-All-One ivumela ukusebenza kahle kohlelo oluphakeme. Ukuhlanganiswa phakathi kwe-inverter nebhethri kukwenza kahle ukudluliswa kwamandla nokuguqulwa futhi kunciphise ukulahleka kwamandla. Lokhu kwenza uhlelo lukwazi ukuhlinzeka ngokuhlinzekwa kwamandla okuzinzile ngokusebenza okukhulu ngesikhathi sokusetshenziswa.
Isethulo secala
Isishuqulu
Ukupakishwa ngokucophelela:
Sigxile kwikhwalithi yokupakisha, sisebenzisa amabhokisi anzima kanye negwebu ukuvikela imikhiqizo ekuhambeni, ngemiyalo ecacile yokusebenzisa.
Ukuhanjiswa okuphephile:
Sisebenzisana nabahlinzeki be-Logistics abathembekile, ukuqinisekisa ukuthi imikhiqizo ivikelwe kahle.
| Isifanekiso | Ao-h3-8.0 |
| Imodeli ye-Hybrid Inverter | N3h-a8.0 |
| Okokufaka kwe-PV String | |
| UMax. Amandla okufakwayo aqhubekayo we-PV | 16000 w |
| UMax. I-DC Voltage | 1100 v |
| Amandla kagesi | 720 v |
| I-MPPT Voltage REAND | 140- 1000 V |
| I-MPPT Voltage Range (umthwalo ogcwele) | 380 ~ 850 v |
| Inani le-MPPT | 2 |
| Intambo nge-ppt | 1 |
| UMax. Faka okwamanje | 2 * 15 a |
| UMax. I-Short-Circuit yamanje | 2 * 20 a |
| I-AC Output (igridi) | |
| Amandla okukhipha ama-AC | 8kw |
| UMax. Amandla asobala we-AC | I-8800 VA |
| I-Voltage yokufaka / yokukhipha | I-3 / N / PE, 230/400 V |
| I-AC Grid Frequency Range | 50/60 Hz ± 5hz |
| Okuphumayo okungamanje | 11.6 a |
| UMax. Okukhipha kwamuva | 12.8 a |
| I-Power Factor (COSCD) | I-0.8 ehola-0.8 i-lagging |
| Ukufakwa kwebhethri | |
| Uhlobo lwebhethri | LFP (Lifep04) |
| Amandla webhethri e-Imculonal | 51.2 v |
| Ibanga le-Voltage Range | 44-58 V |
| UMax. Ukushaja okwamanje | 160 a |
| UMax. Khipha okwamanje | 160 a |
| Umthamo webhethri | 200/400/600/800 AH |
| I-AC Output (Isipele) | |
| Amandla okukhipha ama-AC | 7360 w |
| UMax. Amandla we-AC okukhipha | I-8000 VA |
| Okuphumayo okungamanje | 10.7 a |
| UMax. Okukhipha kwamuva | 11.6 a |
| Amandla kagesi wokuphuma | I-3 / N / PE, 230/400 V |
| Imvamisa yokuphuma | 50/60 Hz |
| Ikhono lokwenza | |
| UMax. Ukusebenza kahle kwe-PV | I-97.60% |
| I-Euro. Ukusebenza kahle kwe-PV | 97.00% |
| Ukuvikelwa kwe-Anti-Island | Yebo |
| Okukhipha ngokuvikelwa kwamanje | Yebo |
| DC Warder Polarity Ukuvikelwa | Yebo |
| Ukutholwa kwe-String iphutha | Yebo |
| I-DC / AC Stge Ukuvikelwa | Uhlobo lwe-DC II; Uhlobo lwe-ac III |
| Ukutholwa kokufakelwa | Yebo |
| Ukuvikelwa Komjikelezo Okufushane kwe-AC | Yebo |
