High Voltage Hybrid lnverter
N3 Plus
Uluhlu lwe-N3 Plus lwe-inverters yokugcina amandla ombane aphezulu amanqanaba amathathu axhasa uxhulumaniso oluhambelanayo, okwenza lufaneleke kungekuphela nje kumakhaya okuhlala kodwa nakwizicelo ze-C&I. Ngokusebenzisa i-peak shaving kunye nokuzaliswa kwentlambo yamandla ombane, kunokunciphisa iindleko zombane kunye nokuphumeza ulawulo lwamandla oluzimeleyo. Igalelo lePV eliguquguqukayo kunye neeMPPT ezintathu, kwaye ixesha lokutshintsha lingaphantsi kwe-10 milliseconds. Ixhasa ukhuseleko lwe-AFCI kunye nomgangatho wokhuseleko lwe-TypeⅡ DC/AC surge, ukuqinisekisa ukusetyenziswa kombane okukhuselekileyo.
- 18A
Max. PV
igalelo langoku
- <10ms
Ixesha lokutshintshela
- 100%Imithwalo engalungelelananga
IP66 uyilo lwangaphandle
Ijenereyitha-iyahambelana ukwandisa ugcino
I-110% yokulayishwa kwe-AC
Inkxaso AC retrofit isicelo
| Umzekelo | N3-15K | N3-20K | N3-25K | N3-30K |
| Max. Igalelo lePV langoku [A] | 36/36/36 | |||
| Max. I-AC Output Apparent Power [VA] | 16500 | 22000 | 27500 | 33000 |
| Uluhlu lweBattery Voltage [V] | 180 ~ 800 | |||
| Max. Ukutshaja / Ukukhupha okwangoku [A] | 50/50 | |||
| NONE | 15000 | 20000 | 25000 | 30000 |
| Ugcino lweNcopho olubonakalayo lwaMandla, Ubude bexesha [VA, s] | 22500, 10 | 30000, 10 | 37500, 10 | 45000, 10 |
High Voltage Hybrid lnverter
Uluhlu lwe-N3 Plus lwe-inverters yokugcina amandla ombane aphezulu amanqanaba amathathu axhasa uxhulumaniso oluhambelanayo, okwenza lufaneleke kungekuphela nje kumakhaya okuhlala kodwa nakwizicelo ze-C&I. Ngokusebenzisa i-peak shaving kunye nokuzaliswa kwentlambo yamandla ombane, kunokunciphisa iindleko zombane kunye nokuphumeza ulawulo lwamandla oluzimeleyo. Igalelo lePV eliguquguqukayo kunye neeMPPT ezintathu, kwaye ixesha lokutshintsha lingaphantsi kwe-10 milliseconds. Ixhasa ukhuseleko lwe-AFCI kunye nomgangatho wokhuseleko lwe-TypeⅡ DC/AC surge, ukuqinisekisa ukusetyenziswa kombane okukhuselekileyo.
Khuphela Okunye Ividiyo yeMveliso
FAQs ezinxulumeneyo
- 1.Yintoni ekufuneka uyijonge xa usebenzisa i-inverter?
(1) Ngaphambi kokuba usebenze, okokuqala unqande uxhulumaniso lombane phakathi kwe-inverter kunye negridi, kwaye emva koko unqande umbane wecala le-DC (uqhagamshelo. Kuyimfuneko ukulinda ubuncinane imizuzu emi-5 okanye ngaphezulu ukuvumela i-capacitors yangaphakathi ye-inverter ephezulu kunye nezinye izinto ukuba zikhutshwe ngokupheleleyo ngaphambi kokwenza umsebenzi wokulondoloza.
(2) Ngexesha lomsebenzi wokulondoloza, okokuqala, jonga ngokubonakalayo izixhobo ekuqaleni umonakalo okanye ezinye iimeko ezinobungozi, kwaye ubeke ingqalelo kwi-anti-static ngexesha lomsebenzi othile, kungcono ukunxiba i-anti-static hand ring. Ukunyamekela kwileyibhile yesilumkiso kwisixhobo, nikela ingqalelo kwi-inverter surface epholile phantsi. Ngexesha elifanayo ukuphepha uqhagamshelwano olungeyomfuneko phakathi komzimba kunye nebhodi yesekethe.
(3) Emva kokuba ukulungiswa kugqityiwe, qiniseka ukuba naziphi na iimpazamo ezichaphazela ukusebenza kokhuseleko lwe-inverter zixazululwe ngaphambi kokuguqula i-inverter kwakhona.
- 2.Siyintoni isizathu sokuba isikrini sokuguqula isikrini singabonisi? Indlela yokusombulula ngayo?
Unobangela wokwenzeka:
(1) I-voltage ephumayo yemodyuli okanye intambo iphantsi kunombane omncinci wokusebenza we-inverter.
(2) I-polarity yegalelo lomtya ibuyiselwe umva. Ukutshintsha igalelo leDC alivalwanga.
(3) I-DC input switch ayivalwanga.
(4) Esinye seziqhagamshelo kumtya asidityaniswanga kakuhle.
(5) Icandelo lifutshane, libangela ukuba ezinye iintambo zingasebenzi kakuhle.
Isisombululo:
Ukulinganisa i-voltage yegalelo le-DC ye-inverter kunye ne-DC yombane we-multimeter, xa i-voltage iqhelekile, i-voltage iyonke sisimbuku sombane wecandelo kumtya ngamnye. Ukuba akukho mbane, vavanya ukuba ngaba i-DC circuit breaker, i-terminal block, i-cable connector, ibhokisi ye-junction yecandelo, njl. njl. Ukuba kukho iintambo ezininzi, zikhuphe ngokwahlukeneyo kuvavanyo lofikelelo lomntu ngamnye. Ukuba akukho ukungaphumeleli kwamacandelo angaphandle okanye imigca, kuthetha ukuba isiphaluka se-hardware yangaphakathi ye-inverter iphosakele, kwaye unokuqhagamshelana ne-Renac yokugcinwa.
- 3.I-inverter ibonisa impazamo yegridi kwaye ibonise umyalezo wempazamo njengempazamo yamandla ombane "iGrid Volt Fault" okanye impazamo yamatyeli "Grid Freq Fault" "Grid Fault"?
Unobangela wesehlo:
Umbane kunye nokuphindaphinda kwegridi yamandla e-AC angaphandle koluhlu oluqhelekileyo.
Isisombululo:
Ukulinganisa i-voltage kunye nokuphindaphinda kwegridi yamandla e-AC kunye nesixhobo esifanelekileyo se-multimeter, ukuba ayiqhelekanga ngokwenene, linda ukuba igridi yamandla ibuyele kwisiqhelo. Ukuba i-voltage yegridi kunye ne-frequency iyinto eqhelekileyo, oko kuthetha ukuba i-circuit ye-inverter yokufumanisa iphosakele. Xa ujonga, qala uqhawule igalelo le-DC kunye nemveliso ye-AC ye-inverter, kwaye uvumele i-inverter ibe namandla ngaphezu kwe-30min ukuze ubone ukuba isekethe inokubuyisela ngokwayo, ukuba inokubuyisela ngokwayo, ungaqhubeka ukuyisebenzisa, ukuba ayikwazi ukufunyanwa, ungaqhagamshelana.Renacukutshintshwa okanye ukutshintshwa. Ezinye iisekethe ze-inverter, ezifana ne-inverter main board circuit, isekethe yokufumanisa, isekethe yonxibelelwano, i-inverter circuit, kunye nezinye iimpazamo ezithambileyo, zingasetyenziselwa ukuzama le ndlela ingasentla ukubona ukuba ziyakwazi ukuzibuyisela ngokwazo, kwaye emva koko zigqithise okanye zitshintshe ukuba azikwazi ukubuyisela ngokwabo.
