High Voltage Hybrid lnverter
I-N1 HV
I-N1 HV Series hybrid inverter ihambisana namabhethri angu-80-450V aphezulu. Ithuthukisa ukusebenza kahle kwesistimu futhi yehlise izindleko zesistimu kakhulu. Amandla okushaja noma okulahla angafinyelela ku-6kW futhi alungele imodi yokusebenza njenge-VPP (Virtual Power Plant).
- 6kW
Ukushaja / ukukhulula
amandla
- >97%
Ukushaja / ukukhulula
ukusebenza kahle
- 150%
I-PV engu-150%.
ukufaka usayizi oweqile
Umsebenzi wokulawula ukuthekelisa uhlanganisiwe
Sekela uhlelo lokusebenza lokubuyisela kabusha i-AC
I-Virtual Power Plant ihlanganisiwe
Ukuthuthukiswa nokulungiselelwa kwe-firmware yesilawuli kude
| Imodeli | I-N1-HV-3.0 | I-N1-HV-3.68 | I-N1-HV-5.0 | I-N1-HV-6.0 |
| Ubukhulu. Okokufaka kwe-PV Yamanje [A] | 13.5/13.5 | |||
| Ubukhulu. Amandla abonakalayo okukhipha i-AC [VA] | 3000 | 3680 | 5000 | 6000 |
| Ibanga Lamandla Kagesi Webhethri [V] | 80-450 | |||
| Ubukhulu. Ukushaja / Ukushajwa Kwamanje [A] | 25/25 | |||
| Amandla Alinganiselwe Isipele [W] | 3000 | 3680 | 5000 | 60000 |
| I-Backup Peak ebonakalayo Amandla, Ubude besikhathi [VA, s] | 4500,10 | 5520,10 | 7500,10 | 9000,10 |
High Voltage Hybrid lnverter
I-N1 HV Series hybrid inverter ihambisana namabhethri angu-80-450V aphezulu. Ithuthukisa ukusebenza kahle kwesistimu futhi yehlise izindleko zesistimu kakhulu. Amandla okushaja noma okulahla angafinyelela ku-6kW futhi alungele imodi yokusebenza njenge-VPP (Virtual Power Plant).
Khipha ku-internet Okuningi Ividiyo Yomkhiqizo
Imibuzo Evame Ukubuzwa Ehlobene
- 1.Ukusebenza kwe-insulation yesistimu ye-PV yehlisiwe, ukumelana nokufakwa emhlabathini kungaphansi kuka-2MQ, futhi imilayezo yephutha "Iphutha lokuhlukaniswa" kanye "Iphutha Lokuzihlukanisa" iyaboniswa.
Imbangela yesigameko:
Ngokuvamile amamojula e-PV, amabhokisi okuhlanganayo, izintambo ze-DC, iziguquli, amakhebula e-AC, amatheminali, nezinye izingxenye zolayini ukuze kucekelwe phansi umonakalo oyisiyingi esifushane noma ungqimba wokufakelwa, izixhumi zezintambo ezixekethile emanzini, njalonjalo.
Isixazululo:
Nqamula igridi, kanye ne-inverter, hlola ukumelana nokufakwa kwengxenye ngayinye yekhebula phansi, thola inkinga, bese ubuyisela ikhebula elihambisanayo noma isixhumi!
- 2.I-voltage ephumayo eyeqile ohlangothini lwe-AC, okubangela ukuthi isiguquli sivale noma sinciphise ngokuvikela?
Imbangela yesigameko:
Kunezici eziningi ezithinta amandla okukhipha izitshalo zamandla e-PV, okuhlanganisa inani lemisebe yelanga, i-angle enyakazayo yemodyuli yeseli yelanga, ukuvinjelwa kothuli nesithunzi, kanye nezici zokushisa zemodyuli.
Amandla esistimu aphansi ngenxa yokucushwa kwesistimu okungalungile nokufakwa.
Simibono :
(1) Hlola ukuthi amandla emojula ngayinye ye-PV anele yini ngaphambi kokufakwa.
(2) Indawo yokufaka ayinawo umoya ohlanzekile, futhi ukushisa kwe-inverter akusakazwa ngesikhathi, noma kuvezwa ukukhanya kwelanga ngokuqondile, okubangela ukuthi izinga lokushisa le-inverter libe phezulu kakhulu.
(3) Lungisa i-engeli yokufaka nokuma kwemojula ye-PV.
(4) Hlola imojuli ukuze uthole izithunzi nothuli.
(5) Ngaphambi kokufaka izintambo eziningi, hlola i-voltage yesiyingi evulekile yentambo ngayinye enomehluko ongekho ngaphezu kuka-5V. Uma i-voltage itholakala ingalungile, hlola izintambo nezixhumi.
(6) Uma uyifaka, ingafinyelelwa ngamaqoqo. Lapho ufinyelela iqembu ngalinye, rekhoda amandla eqembu ngalinye, futhi umehluko wamandla phakathi kwezintambo akufanele ube ngaphezu kuka-2%.
(7) I-inverter inokufinyelela okubili kwe-MPPT, indlela ngayinye amandla okufaka angamaphesenti angama-50 kuphela wamandla aphelele. Empeleni, indlela ngayinye kufanele iklanywe futhi ifakwe ngamandla alinganayo, uma kuphela ixhunywe esikhumulweni se-MPPT sendlela eyodwa, amandla okukhiphayo azokwehliswa ngesigamu.
(8) Ukuthinta kabi isixhumi sekhebula, ikhebula lide kakhulu, ububanzi bocingo mncane kakhulu, kukhona ukulahleka kwamandla kagesi, futhi ekugcineni kubangele ukulahleka kwamandla.
(9) Thola ukuthi ingabe i-voltage ingaphakathi kwebanga likagesi ngemva kokuba izingxenye zixhunywe ochungechungeni, futhi ukusebenza kahle kwesistimu kuzoncishiswa uma i-voltage iphansi kakhulu.
(10) Amandla weswishi ye-AC exhunywe kugridi yesikhungo samandla se-PV mancane kakhulu ukuze ahlangabezane nezimfuneko zokuphuma kwe-inverter.
- 3.Kungani i-"SPI Fault" iboniswa esikrinini se-inverter?
Imbangela yesigameko:
Imbangela yaleli phutha inkinga yokuxhumana phakathi kwe-CPU eyinhloko neyesibili yebhodi lokulawula inverter.
Isixazululo:
(1)Rqala i-inverter (udinga ukunqamula i-PV, igridi ye-AC, namabhethri bese uyivula futhi).
(2) Uma inkinga iqhubeka ngemva kokuqala kabusha i-inverter, hlola ukuthi inguqulo yesofthiwe yebhodi lokulawula inverter ilungile. Uma kungenjalo, zama ukushisa kusofthiwe futhi.
(3) Uma inkinga iqhubeka ngemva kokushisa isofthiwe, shintsha ibhodi lokulawula.
