High Voltage Hybrid lnverter
N3 HV
RENAC POWER N3 HV Series shine na'ura mai jujjuyawar ajiya mai ƙarfin wutan lantarki lokaci uku. Yana ɗaukar wayo don sarrafa wutar lantarki don haɓaka cin kai da samun yancin kai na makamashi. Haɗe tare da PV da baturi a cikin gajimare don mafita na VPP, yana ba da damar sabon sabis na grid. Yana goyan bayan fitowar rashin daidaituwa 100% da haɗin haɗin kai da yawa don ƙarin sassauƙan tsarin mafita.
- 18A
Max. PV
shigar da halin yanzu
- 110%
AC overloading
- 100%lodi marasa daidaituwa
≤20ms lokacin canja wuri
Goyi bayan aikace-aikacen sake fasalin AC
Nau'in II SPD don duka DC da AC
Goyi bayan haɗin kai tsaye
| Samfura | N3-HV-5.0 | N3-HV-6.0 | N3-HV-8.0 | N3-HV-10.0 |
| Max. Shigar da PV na Yanzu [A] | 18/18 | |||
| Max. Ƙarfin Fitar da AC [VA] | 5500 | 6600 | 8800 | 11000 |
| Rage Wutar Batir [V] | 160-700 | |||
| Max. Yin Caji / Yin Fitar Yanzu [A] | 30/30 | |||
| Ƙarfin Ƙarfin Ajiye [W] | 5000 | 6000 | 8000 | 10000 |
| Ƙwaƙwalwar Ƙwararriyar Ƙarfin Ƙarfafawa, Duration [VA, s] | 7500,60 | 9000,60 | 12000,60 | 15000,60 |
High Voltage Hybrid lnverter
RENAC POWER N3 HV Series shine na'ura mai jujjuyawar ajiya mai ƙarfin wutan lantarki lokaci uku. Yana ɗaukar wayo don sarrafa wutar lantarki don haɓaka cin kai da samun yancin kai na makamashi. Haɗe tare da PV da baturi a cikin gajimare don mafita na VPP, yana ba da damar sabon sabis na grid. Yana goyan bayan fitowar rashin daidaituwa 100% da haɗin haɗin kai da yawa don ƙarin sassauƙan tsarin mafita.
Sauke Ƙari Bidiyon Samfura
FAQs masu alaƙa
- 1.Shin N3-HV jerin inverter yana buƙatar akwatin EPS na waje?
Wannan inverter ba tare da akwatin EPS na waje ba, ya zo tare da keɓancewar EPS da aikin sauyawa ta atomatik lokacin da ake buƙata don cimma haɗaɗɗiyar module da sauƙaƙe shigarwa da aiki.
- 2.What ne dalilin da inverter allo ba nuna? Yadda za a warware shi?
Dalilin faruwa:
(1) Wutar lantarki mai fitarwa na module ko kirtani yana ƙasa da ƙaramin ƙarfin aiki na inverter.
(2) An juya polarity na shigar da kirtani. Ba a rufe maɓallin shigar da DC.
(3) Ba a rufe maɓallin shigar da DC.
(4) Daya daga cikin masu haɗin igiyar ba a haɗa shi da kyau ba.
(5) Wani sashi yana gajeriyar kewayawa, yana sa sauran igiyoyin su kasa yin aiki yadda ya kamata.
Magani:
Auna ƙarfin shigarwar DC na inverter tare da wutar lantarki na DC na multimeter, lokacin da ƙarfin lantarki ya zama al'ada, jimlar ƙarfin lantarki shine jimlar wutar lantarki a kowace kirtani. Idan babu irin ƙarfin lantarki, gwada ko na'urar tashe-tashen hankula na DC, block block, na'urar haɗin kebul, akwatin junction, da dai sauransu sun kasance al'ada bi da bi. Idan akwai igiyoyi da yawa, cire haɗin su daban don gwajin isa ga mutum ɗaya. Idan babu gazawar abubuwan waje ko layi, yana nufin cewa da'irar kayan aikin ciki na inverter ba daidai ba ne, kuma zaku iya tuntuɓar Renac don kulawa.
- 3.Excessive fitarwa ƙarfin lantarki a gefen AC, haifar da inverter ya rufe ko derate tare da kariya?
Dalilin faruwar hakan:
Yafi saboda grid impedance yana da girma sosai, lokacin da ɓangaren mai amfani da PV na amfani da wutar lantarki ya yi ƙanƙanta, watsawa daga cikin impedance ya yi yawa, yana haifar da inverter AC gefen ƙarfin fitarwa yana da girma!
Magani:
(1) Ƙara diamita na waya na kebul na fitarwa, mafi girma da kebul, ƙananan impedance. Mafi kauri da kebul, da ƙananan impedance.
(2) Mai jujjuyawar yana da kusanci kamar yadda zai yiwu zuwa wurin da aka haɗa grid, guntun kebul ɗin, ƙananan impedance. Alal misali, kai 5kw grid-connected inverter a matsayin misali, tsawon AC fitarwa na USB a cikin 50m, za ka iya zabar giciye-section yanki na 2.5mm2 na USB: tsawon 50 - 100m, kana bukatar ka zabi giciye-section yanki na 4mm2 na USB: tsawo fiye da 100m, kana bukatar ka zabi giciye-section na USB yankin na 6mm.
- 4.DC gefen shigar ƙarfin lantarki ƙararrawa overvoltage, saƙon kuskure "PV Overvoltage" ya nuna?
Dalilin faruwar hakan:
An haɗa nau'o'i da yawa a cikin jeri, yana haifar da ƙarfin shigarwar a gefen DC don wuce iyakar ƙarfin aiki na inverter.
Magani:
Dangane da halayen zafin jiki na samfuran PV, ƙananan zafin jiki na yanayi, mafi girman ƙarfin fitarwa. Ana ba da shawarar daidaita kewayon ƙarfin lantarki na kirtani bisa ga takaddar bayanan inverter. A cikin wannan kewayon wutar lantarki, ingancin inverter ya fi girma, kuma inverter yana iya ci gaba da kula da yanayin samar da wutar lantarki lokacin da hasken wuta ya yi ƙasa da safe da maraice, kuma hakan ba zai sa wutar lantarkin DC ta wuce iyakar ƙarfin wutar inverter ba, wanda zai haifar da ƙararrawa da rufewa.
