I-SOSIAT Hybrid Inverter efakwa odongeni
Ukubuka Konke Komkhiqizo
Ama-inverter e-hybrid afakwe odongeni ayizinto ezibalulekile ezinhlelweni zokuphathwa kwamandla zesimanje. Angaphatha kahle ukusebenzisana kwamandla phakathi kwamandla elanga, amandla egridi kanye nesitoreji sebhethri, futhi anikeze ikhambi lamandla elizinzile nelihlala isikhathi eside.
Inzuzo yayo eyinhloko itholakala ekusebenzeni kwayo okuguquguqukayo kanye nokuzivumelanisa nezimo ezindaweni ezahlukene zamandla. Uma kunokukhanya kwelanga okwanele, amandla e-DC ephaneli yelanga aguqulwa abe amandla e-AC futhi amandla amaningi ayagcinwa; uma kungekho ukukhanya kwelanga okwanele, ishintshela ngokuzenzakalelayo ekukhishweni kwebhethri; uma amandla ebhethri ephelile, ixhuma kalula kugridi yamandla ukuqinisekisa ukunikezwa kwamandla okungaphazamiseki.
Ngokusebenza kahle, i-inverter ifakwe ubuchwepheshe obuthuthukisiwe bokulandelela amaphuzu aphezulu wamandla (MPPT), obulandelela ngokunembile ukukhishwa kwamandla okuphezulu kwephaneli yelanga futhi buthuthukise ukusebenza kahle kokuguqulwa. Amanye amamodeli asebenza kahle angafinyelela ngaphezu kwama-98%, ngokulahlekelwa kokushaja okuphansi nokukhishwa, okwandisa impilo yebhethri ngempumelelo.
Ukufakwa nokugcinwa nakho kulula. Umklamo ofakwe odongeni ulondoloza isikhala futhi ufanelekela amafulethi, izitolo nezinye izindawo. Uhlelo lokuqapha oluhlakaniphile lusekela i-APP yeselula kanye nama-terminal ekhompyutha ukuqapha ulwazi olubalulekile njengesimo sokusebenza kanye nokukhiqizwa kukagesi ngesikhathi sangempela, futhi lusheshe lunikeze ama-alamu futhi lunikeze ukuxilongwa lapho kwenzeka iphutha, kunciphisa izindleko zokulungisa nesikhathi. Kungakhathaliseki ukuthi ukonga amandla kubasebenzisi basekhaya noma ukulawula izindleko kubasebenzisi bezentengiselwano, lo mkhiqizo ungafinyelela ukuzimela kwamandla futhi uthuthukise ukusebenza kahle kokusetshenziswa kwamandla kanye nokuzinza.
Amapharamitha Obuchwepheshe
| Amapharamitha ayisisekelo omkhiqizo | ||||||
| Amandla alinganisiwe | 3200W | 5500W | 6200W | 8000W | 11000W | |
| I-voltage ejwayelekile | 24VDC | 48VDC | ||||
| Ukufakwa | Ukufakwa kwesisefo sodonga | |||||
| Ipharamitha yelanga | ||||||
| Imodeli yokusebenza | I-MPPT | |||||
| I-voltage yokufaka yelanga elinganisiwe | 360VDC | |||||
| Ububanzi be-voltage yokulandelela i-MPPT | 120-450V | |||||
| I-voltage yokufaka ephezulu (i-VOC) ku izinga lokushisa eliphansi kakhulu | 500V | |||||
| Amandla okufaka aphezulu | 3200W | 5500W | 6200W | 8000W | 11000W | |
| Inani lezindlela zokulandelela ze-MPPT | Indlela eyi-1 | 2
| ||||
| I-INPUT | ||||||
| Uhla lwamandla kagesi okufakwayo kwe-DC | 21-30VDC | 42-60VDC | ||||
| I-voltage yokufaka amandla kagesi amakhulu elinganisiwe | 220/230/240VAC | |||||
| Uhla lwamandla okufaka amandla egridi | 170~280VAC(imodeli ye-UPS)/120~280VAC(imodeli ye-inverter) | |||||
| Ibanga lemvamisa yokufaka igridi | 40~55Hz(50Hz) 55~65Hz(60Hz) | |||||
| UMPHUMELO | ||||||
| I-Inverter | Ukusebenza kahle kokukhipha | 94% | ||||
| I-voltage yokukhipha | 220VAC±2%/230VAC±2%/240VAC±2% (Imodeli ye-Inverter) | |||||
| Imvamisa yokukhipha | 50Hz±0.5 noma 60Hz±0.5 (Imodeli ye-Inverter) | |||||
| Igridi | Ukusebenza kahle kokukhipha | ≥99% | ||||
| Ububanzi bamandla okukhipha | Ukulandela okokufaka | |||||
| Ububanzi bemvamisa yokukhipha | Ukulandela okokufaka | |||||
| Ukulahlekelwa yimodi yebhethri ngaphandle komthwalo | ≤1% (Ngamandla alinganisiwe) | |||||
| Imodi yegridi yokulahlekelwa umthwalo | Amandla alinganisiwe angu-≤0.5% (ishaja yamandla egridi ayisebenzi) | |||||
| Ibhethri | |||
| Ibhethri uhlobo | Ibhethri le-asidi ye-lead | Ukulinganisa ukushaja 13.8V Ukushaja okuntantayo 13.7V (i-voltage yebhethri elilodwa) | |
| Ibhethri elenziwe ngokwezifiso | Ipharamitha ingasethwa ngokuya ngezidingo zamakhasimende (Sebenzisa izinhlobo ezahlukene zebhethri ngokusetha iphaneli) | ||
| Amandla okushaja amakhulu kakhulu | 60A | 80A | |
| Ukushaja kwamandla elanga okuphezulu | 100A | 150A | |
| Amandla okushaja aphezulu (iGridi + ilanga) | 100A | 150A | |
| Indlela yokushaja | Izigaba ezintathu (ugesi oqhubekayo, i-voltage engaguquki, ishaja yokuntanta) | ||
| Imodi evikelwe | ||||
| Ibanga le-voltage ephansi yebhethri | Inani lokuvikela ibhethri eliphansi le-voltage +0.5V (I-voltage yebhethri elilodwa) | |||
| Ukuvikelwa kwamandla kagesi ebhethri | Okuzenzakalelayo kwasefekthri: 10.5V (I-voltage yebhethri elilodwa) | |||
| I-alamu yebhethri phezu kwamandla kagesi | I-voltage yokushaja elinganayo +0.8V (I-voltage yebhethri elilodwa) | |||
| Ukuvikelwa kwebhethri phezu kwamandla kagesi | Okuzenzakalelayo kwasefekthri: 17V (I-voltage yebhethri elilodwa) | |||
| Ukubuyiselwa kwebhethri phezu kwamandla kagesi | Inani lokuvikela ibhethri phezu kwe-voltage - 1V (I-voltage yebhethri elilodwa) | |||
| Ukuvikelwa kokulayisha ngokweqile/kwesekhethi esifushane | Ukuvikelwa okuzenzakalelayo (imodi yebhethri), i-circuit breaker noma i-fuse (imodi yegridi) | |||
| Ukuvikelwa kwezinga lokushisa | ≥90℃ isaphulelo sokukhipha | |||
| Amapharamitha okusebenza | ||||
| Isikhathi sokuguqulwa | ≤4ms | |||
| Indlela yokupholisa | Ifeni yokupholisa ehlakaniphile | |||
| Izinga lokushisa lokusebenza | -10~40℃ | |||
| Izinga lokushisa lesitoreji | -15~60℃ | |||
| Ukuphakama | 2000m(>2000m ukuphakama kudinga ukuncishiswa) | |||
| Umswakama | 0~95% (Akukho ukujiya) | |||
| Usayizi Womkhiqizo | 420*290*110mm | 460*304*110mm | 520*450*200mm | |
| Usayizi Wephakheji | 486*370*198mm | 526*384*198mm | 580*510*260mm | |
| Isisindo sengqikithi | 8.5kg | 9.5kg | 17kg | |
| Isisindo esikhulu | 9.5kg | 10.5kg | 19kg | |