High Voltage Hybrid lnverter
I-N3 Plus
Uchungechunge lwe-N3 Plus lwezigaba ezintathu ze-high-voltage energy storage inverters lusekela uxhumano olufanayo, okwenza lufanelekele izindlu zokuhlala kuphela kodwa futhi nezinhlelo zokusebenza ze-C&I. Ngokusebenzisa ukushefa okuphezulu kanye nokugcwaliswa kwesigodi samandla kagesi, kunganciphisa izindleko zikagesi futhi kuzuze ukuphathwa kwamandla okuzimele. Okokufaka kwe-PV okuguquguqukayo okunama-MPPT amathathu , futhi isikhathi sokushintshwa singaphansi kwama-millisecond angu-10. Isekela ukuvikelwa kwe-AFCI kanye nokuvikelwa kokuhlinzwa okujwayelekile kohloboⅡ DC/AC, okuqinisekisa ukusetshenziswa kukagesi okuphephile.
- 18A
Ubukhulu. I-PV
okokufaka kwamanje
- <10ms
Isikhathi sokudlulisa
- 100%Imithwalo Engalingani
IP66 idizayini yangaphandle
I-generator iyahambisana ukuze inwebe isipele
110% AC ilayisha ngokweqile
Sekela isicelo se-AC retrofit
| Imodeli | I-N3-15K | I-N3-20K | I-N3-25K | I-N3-30K |
| Ubukhulu. Okokufaka kwe-PV Yamanje [A] | 36/36/36 | |||
| Ubukhulu. Amandla abonakalayo okukhipha i-AC [VA] | 16500 | 22000 | 27500 | 33000 |
| Ibanga Lamandla Kagesi Webhethri [V] | 180 ~ 800 | |||
| Ubukhulu. Ukushaja / Ukushajwa Kwamanje [A] | 50/50 | |||
| Isipele Esilinganiselwe Amandla Abonakalayo [W] | 15000 | 20000 | 25000 | 30000 |
| I-Backup Peak ebonakalayo Amandla, Ubude besikhathi [VA, s] | 22500, 10 | 30000, 10 | 37500, 10 | 45000, 10 |
High Voltage Hybrid lnverter
Uchungechunge lwe-N3 Plus lwezigaba ezintathu ze-high-voltage energy storage inverters lusekela uxhumano olufanayo, okwenza lufanelekele izindlu zokuhlala kuphela kodwa futhi nezinhlelo zokusebenza ze-C&I. Ngokusebenzisa ukushefa okuphezulu kanye nokugcwaliswa kwesigodi samandla kagesi, kunganciphisa izindleko zikagesi futhi kuzuze ukuphathwa kwamandla okuzimele. Okokufaka kwe-PV okuguquguqukayo okunama-MPPT amathathu , futhi isikhathi sokushintshwa singaphansi kwama-millisecond angu-10. Isekela ukuvikelwa kwe-AFCI kanye nokuvikelwa kokuhlinzwa okujwayelekile kohloboⅡ DC/AC, okuqinisekisa ukusetshenziswa kukagesi okuphephile.
Khipha ku-internet Okuningi Ividiyo Yomkhiqizo
Imibuzo Evame Ukubuzwa Ehlobene
- 1.Yini okufanele uyibheke lapho uhlinzeka nge-inverter?
(1) Ngaphambi kokusevisa, qala unqamule ukuxhumana kukagesi phakathi kwe-inverter negridi, bese unqamula ugesi ohlangothini lwe-DC (uxhumano. Kudingekile ukulinda okungenani imizuzu emi-5 noma ngaphezulu ukuze uvumele ama-capacitor aphezulu wangaphakathi we-inverter nezinye izakhi ukuthi zikhishwe ngokugcwele ngaphambi kokwenza umsebenzi wokulungisa.
(2) Ngesikhathi sokusebenza kokulungisa, okokuqala, bheka ngokubonakalayo okokusebenza komonakalo noma ezinye izimo eziyingozi, futhi unake i-anti-static ngesikhathi sokusebenza okuqondile, kungcono ukufaka indandatho yesandla esilwa ne-static. Ukuze unake ilebula yesixwayiso emshinini, naka indawo ye-inverter epholile phansi. Ngesikhathi esifanayo ukugwema ukuthintana okungadingekile phakathi komzimba kanye nebhodi lesifunda.
(3) Ngemva kokuqedwa kokulungiswa, qiniseka ukuthi noma yiziphi iziphambeko ezithinta ukusebenza kokuphepha kwe-inverter zixazululiwe ngaphambi kokuvula i-inverter futhi.
- 2.Yini isizathu sokuthi isikrini se-inverter singabonisi? Indlela yokuyixazulula?
Imbangela yokwenzeka:
(1) I-voltage ephumayo yemojuli noma iyunithi yezinhlamvu iphansi kune-voltage encane yokusebenza ye-inverter.
(2) I-polarity yokufaka yeyunithi yezinhlamvu ihlehlisiwe. Iswishi yokufaka ye-DC ayivaliwe.
(3) Iswishi yokufaka ye-DC ayivaliwe.
(4) Esinye sezixhumi entanjeni asixhunyiwe kahle.
(5) Ingxenye inomjikelezo omfushane, okwenza ezinye izintambo zihluleke ukusebenza kahle.
Isixazululo:
Linganisa i-voltage yokufaka ye-DC ye-inverter nge-voltage ye-DC ye-multimeter, lapho i-voltage ijwayelekile, isamba se-voltage iyisamba sengxenye ye-voltage entanjeni ngayinye. Uma ingekho i-voltage, hlola ukuthi i-DC circuit breaker, i-terminal block, isixhumi sekhebula, ibhokisi lokuhlanganisa ingxenye, njll. zijwayelekile ngokushintshana. Uma kunezintambo eziningi, zinqamule ngokuhlukene ukuze kuhlolwe ukufinyelela ngakunye. Uma kungekho ukwehluleka kwezingxenye zangaphandle noma imigqa, kusho ukuthi isifunda sehadiwe yangaphakathi ye-inverter inephutha, futhi ungathintana ne-Renac ukuze ulungiswe.
- 3.I-inverter ibonisa iphutha legridi futhi ibonise umlayezo wephutha njengephutha le-voltage "Iphutha Le-Volt Yegridi" noma iphutha lefrikhwensi "Iphutha Legridi Ye-Freq" "Iphutha Legridi"?
Imbangela yesigameko:
I-voltage nemvamisa yegridi yamandla we-AC ingaphandle kwebanga elijwayelekile.
Isixazululo:
Linganisa i-voltage nemvamisa yegridi yamandla e-AC ngegiya elifanele le-multimeter, uma ingavamile ngempela, linda igridi yamandla ukuthi ibuyele kokujwayelekile. Uma i-voltage yegridi kanye nemvamisa kujwayelekile, kusho ukuthi isifunda sokutholwa kwe-inverter sinephutha. Uma ubheka, qala unqamule okokufaka kwe-DC kanye nokuphuma kwe-AC kwe-inverter, bese uvumela isiguquli sicime isikhathi esingaphezu kwemizuzu engama-30 ukuze ubone ukuthi isifunda singazimela yini ngokwaso, uma singazilulamela ngokwaso, ungaqhubeka nokusisebenzisa, uma singatholakali, ungathintana.I-Renacukuze kulungiswe noma kushintshwe. Amanye ama-circuits e-inverter, njenge-inverter main board circuit, i-circuit yokuthola, i-circuit yokuxhumana, i-inverter circuit, namanye amaphutha athambile, angasetshenziswa ukuzama le ndlela engenhla ukubona ukuthi angakwazi yini ukuzilulamela ngokwawo, bese ewashintsha kabusha noma ewashintsha uma engakwazi ukuzilulamela ngokwawo.
