I-NEP Micro Inverter 600w BDM 600 Igridi Eboshelwe I-Solar Inverter Nge-Wifi
Incazelo Yomkhiqizo
I-BDM 600 solar microinverter yakhelwe ukusekela amaphaneli amabili aphezulu angu-450W.Ukwengeza, ihlanganisa umhlabathi ohlanganisiwe (IG) oqeda isidingo se-grounding conductor (GEC) ohlangothini lwe-DC.Umklamo oyingqayizivele wemodeli ye-BDM 600, ngaphezu kokusebenza, uhlukile futhi ungokoqobo, utholakala kuphela nge-NEP.
Ubukhulu: 10.91" * 5.20" * 1.97"
Isisindo: 6.4 Ibs
| Imodeli | I-BDM 600 |
| Faka i-DC | |
| I-Max PV Power (Wp) enconyiwe | 450 x2 |
| Kunconywe i-Max DC Open Circuit Voltage (Vdc) | 60 |
| I-Max DC Input Current (Adc) | 14 x2 |
| Ukunemba Kokulandelela kwe-MPPT | >99.5% |
| I-MPPT Tracking Range (Vdc) | 22-55 |
| I-Isc PV (absolute maximum) (Adc) | 18 x2 |
| I-Maximum Inverter Backfeed Current to the Array(ADC) | 0 |
| Okukhiphayo AC | |
| Amandla Okukhiphayo e-AC aphezulu (Wp) | 550 |
| Ilinganiselwe amandla okukhipha e-AC (Wp) | 500 |
| I-Nominal Power Grid Voltage (Vac) | 240/208/230 |
| I-Allowable Power Grid Voltage (Vac) | 211V-264* / 183V-229* / okulungisekayo* |
| I-Allowable Power Grid Frequency (Hz) | 59.3 a 60.5* / okulungisekayo* |
| I-THD | <3% (ngamandla alinganiselwe) |
| I-Power Factor (cos phi, fixed) | >0.99 (ngamandla alinganiselwe) |
| Okukhiphayo Okulinganiselwe Kwamanje (Aac) | 2 / 2.40 / 2.17 |
| Okwamanje (inrush)(Ukuphakama Nobude Besikhathi) | 24A, 15us |
| I-Nominal Frequency (Hz) | 60/50 |
| Iphutha Lokukhipha Okuphezulu Kwamanje (Aac) | 4.4 Inani eliphakeme kakhulu |
| Ukuvikela Okuphumayo Okungaphezulu Kwamanje (Aac) | 10 |
| Inani eliphezulu lamayunithi ngegatsha ngalinye (20A)(Zonke izici zokulungisa ze-NEC zicatshangelwe) | 7/6/7 |
| Ukusebenza kahle kwe-System | |
| I-Weighted Average Efficiency (CEC) | 95.50% |
| Ukulahleka Kwe-Tare Time Yasebusuku (Wp) | 0.11 |
| Imisebenzi yokuvikela | |
| Over/Under Voltage Protection | Yebo |
| Ngaphezulu/Ngaphansi Kokuvikela Imvamisa | Yebo |
| I-Anti-Islanding Protection | Yebo |
| Ngaphezulu Ukuvikelwa Kwamanje | Yebo |
| Reverse DC Polarity Protection | Yebo |
| Ukuvikelwa kokulayisha ngokweqile | Yebo |
| Idigri Yokuvikela | I-NEMA-6 / IP-66 / IP-67 |
| I-Ambient Temperature | -40°F ukuya +149°F (-40°C kuya +65°C) |
| Izinga Lokushisa Lokusebenza | -40°F ukuya +185°F (-40°C kuya +85°C) |
| Bonisa | UKUKHANYA kwe-LED |
| Ezokuxhumana | Ulayini Wamandla |
| Ubukhulu (WHD) | 0.91" * 5.20" * 1.97" |
| Isisindo | 6.4 Ibs |
| Isigaba sezemvelo | Ngaphakathi nangaphandle |
| Indawo Emanzi | Kuyafaneleka |
| Iziqu Zokungcolisa | PD 3 |
| Isigaba se-Overvoltage | II(PV), III (AC MAINS) |
| Ukuthobela Ukuphepha Komkhiqizo | I-UL 1741 I-CSA C22.2 Inombolo 107.1 I-IEC/EN 62109-1 I-IEC/EN 62109-2 I-UL 1741 I-CSA C22.2 Inombolo 107.1 I-IEC/EN 62109-1 I-IEC/EN 62109-2 |
| Ukuthobela Ikhodi Yegridi* (Bheka ilebula ukuze uthole ukuthotshelwa kwekhodi yegridi enemininingwane) | IEEE 1547 I-VDE-AR-N 4105* I-VDE V 0126-1-1/A1 I-G83/2, CEI 021 AS 4777.2 & AS 4777.3, EN50438 |
Isevisi yokuhlola evela enkampanini yangaphandle ingokuzithandela
I-System Architechture
Ukupakishwa Komkhiqizo & Ukuthumela
Lena indlela yokupakisha ezenzakalelayo, ungenza ngokwezifiso ukupakisha ngokwezidingo zakho, futhi izindlela zokuhamba zifaka umoya, ulwandle, i-express, ujantshi, njll.
Amacala avela kumakhasimende
Izinzuzo zama-Microinverters
1. Amaphaneli e-PV e-micro-inverter anekhono eliqinile lokumelana nezithunzi zasendaweni, ngakho-ke iphaneli ngayinye ye-PV ingasebenza eduze nendawo enkulu yamandla.
2. I-inverter ihlanganiswe namamojula we-PV, ukunwetshwa kwesistimu kulula futhi kulula, futhi i-modularization, i-hot-swapping kanye ne-plug-and-play yomklamo nayo ingabonakala.
3. Ama-Photovoltaic micro-inverters angafakwa emazingeni ahlukahlukene kanye nezinkomba.Ukufakwa okusabalalisiwe okulungiselelwe ngokufanele futhi okungasebenzisa ngokugcwele isikhala.
4. Ingakhuphula ukuthembeka kohlelo ukusuka eminyakeni emi-5 ukuya kwengama-20.Ukuthembeka okuphezulu kwesistimu ikakhulukazi ngokuthuthukisa ukuchithwa kokushisa ukuze kususwe isiphephetha-moya, kanye nephaneli ye-photovoltaic.umonakalo akuphazamisi ezinye izintambo.
5. Ulwazi olunjengamandla okukhipha amaphaneli e-photovoltaic luqoqwa ngebhasi le-AC legridi yamandla.Ukusebenzisa ukuxhumana kwenkampani yezintambo zamandla kulolu hlelo kuzozuzisa lonke uhlelo.Ukuqapha uhlelo kulula kakhulu, futhi ngesikhathi esifanayo, kungasindisa imigqa yokuxhumana, akudingi imigqa yokuxhumana eyengeziwe, futhi ngeke kubangele noma yimuphi umthwalo ekuxhumekeni kwesistimu.Isakhiwo senziwe lula kakhulu.
6. Amaphaneli e-photovoltaic ohlelweni lwendabuko lwe-photovoltaic azothinta ukusebenza kahle ngenxa ye-angle yokufaka kanye nesithunzi esiyingxenye, futhi kuzoba nokukhubazeka okufana nokungahambisani kwamandla.
I-inverter ingakwazi ukuzivumelanisa nezinguquko eziqhubekayo zemvelo yangaphandle, ezingagwema lezi zinkinga.
7. Ukusebenza kahle kokuguqulwa kwephaneli ye-photovoltaic ku-photovoltaic micro-inverter ngeke kuthinteke umthunzi wephaneli ye-photovoltaic eyodwa noma ukulimala kwe-micro-inverter eyodwa,umthelela, okungase futhi kuthuthukise ukusebenza kahle kokuguqulwa kwe-photoelectric yalo lonke uhlelo.