High Voltage Hybrid lnverter
N3 Plus
Taxanaha N3 Plus ee rogoyaasha kaydinta tamarta korantada ee saddex-waji ah waxay taageertaa isku xirka barbar socda, taasoo ka dhigaysa mid aan ku habboonayn oo keliya guryaha la deggan yahay laakiin sidoo kale codsiyada C&I. Iyada oo ka faa'iidaysanaysa xiirashada ugu sarreysa iyo buuxinta dooxada tamarta korantada, waxay yarayn kartaa kharashaadka korantada waxayna gaari kartaa maarayn tamar aad u madax-banaan. Gelin PV dabacsan oo leh saddex MPPTs, iyo wakhtiga beddelka ayaa ka yar 10 millise seconds. Waxay taageertaa ilaalinta AFCI iyo heerka caadiga ah ee Nooca Ⅱ DC/AC ilaalinta qallalka, hubinta isticmaalka korantada ee badbaadsan.
- 18A
Max. PV
hadda gelin
- <10ms
Waqtiga wareejinta
- 100%rar aan dheeli tirnayn
IP66 design dibadda
Koronto-dhaliyaha ku habboon si loo kordhiyo kaydinta
110% AC culeyska xad dhaafka ah
Taageer codsiga dib u habeynta AC
| Qaabka | N3-15K | N3-20K | N3-25K | N3-30K |
| Max. Soo gelinta PV Hadda [A] | 36/36/36 | |||
| Max. Awoodda Muuqata ee AC [VA] | 16500 | 22000 | 27500 | 33000 |
| Qiyaasta Korantada Batteryga [V] | 180 ~ 800 | |||
| Max. Dallacaadda / Dalacsiinta Hadda [A] | 50/50 | |||
| Dib-u-celinta la qiimeeyay Awood muuqata [W] | 15000 | 20000 | 25000 | 30000 |
| Soo-celinta Awoodda Muuqata ee ugu sarreysa, Muddada [VA, s] | 22500, 10 | 30000, 10 | 37500, 10 | 45000, 10 |
High Voltage Hybrid lnverter
Taxanaha N3 Plus ee rogoyaasha kaydinta tamarta korantada ee saddex-waji ah waxay taageertaa isku xirka barbar socda, taasoo ka dhigaysa mid aan ku habboonayn oo keliya guryaha la deggan yahay laakiin sidoo kale codsiyada C&I. Iyada oo ka faa'iidaysanaysa xiirashada ugu sarreysa iyo buuxinta dooxada tamarta korantada, waxay yarayn kartaa kharashaadka korantada waxayna gaari kartaa maarayn tamar aad u madax-banaan. Gelin PV dabacsan oo leh saddex MPPTs, iyo wakhtiga beddelka ayaa ka yar 10 millise seconds. Waxay taageertaa ilaalinta AFCI iyo heerka caadiga ah ee Nooca Ⅱ DC/AC ilaalinta qallalka, hubinta isticmaalka korantada ee badbaadsan.
Soo deji wax badan Fiidiyowga Alaabta
Su'aalaha la xiriira
- 1.Maxaa la raadiyaa marka loo adeegayo beddelka?
(1) Kahor intaanad adeegin, marka hore ka saar xidhiidhka korantada ee udhaxeeya inverter iyo grid, ka dibna ka saar korantada dhinaca DC (isku xirka. Waa lagama maarmaan in la sugo ugu yaraan 5 daqiiqo ama ka badan si loogu oggolaado inverter's capacitors awoodda sare ee gudaha iyo qaybaha kale in si buuxda loo saaro ka hor inta aan la fulin shaqada dayactirka.
(2) Inta lagu jiro hawlgalka dayactirka, marka hore, si muuqaal ah u hubi qalabka marka hore waxyeello ama xaalado kale oo khatar ah, oo fiiro gaar ah u leh anti-static inta lagu jiro hawlgalka gaarka ah, waxa ugu wanaagsan in la xidho giraanta gacanta ee anti-static. Si aad u fiirsato calaamadda digniinta ee qalabka, fiiro gaar ah u yeelo dusha rogayaasha ee la qaboojiyey. Isla mar ahaantaana si looga fogaado xidhiidhka aan loo baahnayn ee u dhexeeya jidhka iyo guddiga wareegga.
(3) Ka dib dayactirka la dhammeeyo, hubi in wixii khalad ah ee saameeya waxqabadka bedqabka beddelka in la xalliyo ka hor inta aanad dib u shidin qalabka wax beddelaya.
- 2.Waa maxay sababta shaashadda beddelka aan soo bandhigin? Sidee loo xalliyaa?
Sababta dhacdada：
(1) Korontada wax soo saarka ee moduleka ama xadhiggu waa ka hooseeyaa tamarta shaqada ee ugu yar ee rogaha.
(2) Polarity-ga gelinta ee xadhiggu waa la rogay. Qalabka wax gelinta ee DC ma xidhna.
(3) Dareemaha gelinta DC ma xidhna.
(4) Mid ka mid ah xirayaasha xarigga si sax ah uguma xirna.
(5) Qayb waa wareeg gaaban, taasoo keenaysa in xargaha kale ay ku fashilmaan inay si sax ah u shaqeeyaan.
Xalka:
Ku cabbir danab gelinta DC ee beddelkaha oo leh danabka DC ee multimeterka, marka danabku caadi yahay, wadarta danabku waa wadarta korantada qayb kasta oo xadhig ah. Haddii aysan jirin wax danab ah, tijaabi in kala-duwayaasha DC-ga, xannibaadda terminalka, xiriiriyaha fiilada, sanduuqa isku xirka, iwm. Haddii ay jiraan xadhko badan, kala saar iyaga si gooni ah baaritaanka gelitaanka shakhsi ahaaneed. Haddii aysan jirin wax cillad ah oo ku yimaada qaybaha dibadda ama khadadka, waxay ka dhigan tahay in wareegga qalabka gudaha ee beddelka uu khaldan yahay, waxaadna la xiriiri kartaa Renac si aad u dayactirto.
- 3.Inverter-ku waxa uu soo bandhigaa cilad-sharafeed oo waxa uu u muujiyaa fariinta khaladka ah sida khaladka danabku "Grid Volt Fault" ama qaladka soo noqnoqda "Grid Freq Fault" "Grid Fault"?
Sababta dhacdada:
Korontada iyo inta jeer ee shabagga korantada AC ayaa ka baxsan xadka caadiga ah.
Xalka:
Ku cabbir tamarta iyo inta jeer ee shabagga korantada AC adigoo isticmaalaya qalabka ku habboon ee multimeterka, haddii ay runtii tahay mid aan caadi ahayn, sug ilaa inta uu korontadu ku soo noqonayo caadi. Haddii korantada korantada iyo inta jeer ee ay caadi yihiin, waxay la macno tahay in wareegga ogaanshaha inverter uu khaldan yahay. Markaad hubinayso, marka hore ka saar galinta DC iyo wax soo saarka AC ee rogaha, oo u daa inverter-ka in ka badan 30min si aad u aragto in wareegga laftiisa uu soo kabsan karo, haddii uu ka soo kaban karo keligiis, waad sii wadi kartaa isticmaalka, haddii aan la soo kaban karin, waad la xiriiri kartaaRenacdib u habeyn ama beddelaad. Wareegyada kale ee rookaha, sida wareegga guud ee guddiga inverter, wareegga ogaanshaha, wareegga isgaarsiinta, wareegga wareegga, iyo cilladaha kale ee jilicsan, ayaa loo isticmaali karaa in lagu tijaabiyo habka kor ku xusan si loo eego haddii ay ka soo kaban karaan naftooda, ka dibna dib u habeyn ku sameeyaan ama beddelaan haddii ay ka soo kaban karaan naftooda.
