DKDP-TSARKI GUDA GUDA DAYA PAHASE SOAR INVERTER 2 IN 1 TAREDA MAI SARKI MPPT
Me yasa Kwayoyin hasken rana ke samar da wutar lantarki kai tsaye?
Lokacin da rana ta haskaka saman tantanin hasken rana, za ta tada kwararar electrons, ta yadda za a samar da wutar lantarki.Yanzu, waɗannan electrons suna gudana ta hanya ɗaya kawai.
Gudun wutar lantarki ta hanya ɗaya yana haifar da halin yanzu kai tsaye ko kai tsaye.Don haka, ƙwayoyin rana suna iya samar da wutar lantarki kai tsaye kawai, ba mai canzawa ba.In ba haka ba, ba za a buƙaci inverter a wannan yanayin ba.
Me yasa muke amfani da AC maimakon DC a gidanmu?
Akwai manyan dalilai guda biyu da yasa muke amfani da AC maimakon DC a gida.Don haka, ba za mu iya yin amfani da fitowar DC kai tsaye na sel na hasken rana da na hasken rana ba.Gasu kamar haka:
1. Galibin kantunan gidanmu da kayan aikin mu suna amfani da alternating current.
2. Power daga jama'a grid kuma a cikin hanyar alternating current.
Sockets na gida da na'urori suna amfani da AC maimakon DC.
DC ba wani abu ba ne da za mu iya amfani da shi kai tsaye don sarrafa yawancin kayan aikin gida.Wannan shine babban dalilin da yasa muke buƙatar amfani da inverters don cin gajiyar makamashin hasken rana.
Da rana, hasken rana zai iya ba da wuta ga iyalinmu tare da taimakon inverters.Inverters na iya canza wutar lantarki ta DC da makamashin lantarki zuwa wutar AC, yana ba mu damar amfani da kayan aikin gida.Dangane da tsarin samar da wutar lantarki mai haɗin grid na rana, lokacin da hasken rana ya zarce bukatar makamashin danginmu, za a fitar da rarar wutar lantarki zuwa grid.
Cibiyar rarrabawa tana amfani da AC maimakon DC.
Sai dai idan kuna son barin grid, kuna buƙatar samun wutar lantarki daga grid ɗin jama'a don amfani da kayan aikin gida.Yadda suke isar da wutar lantarki daga tashoshin wutar lantarki shine ta hanyar watsawa da layin rarrabawa.Waɗannan layukan suna amfani da babban ƙarfin lantarki da ƙarancin wutar AC na yanzu don rage asarar wutar lantarki.
Don haka, tsarin hasken rana na ku yana buƙatar daidaitawa bisa ga buƙatar wutar lantarki na gidan ku, wato, nau'in canjin halin yanzu.Lokacin da kuka haɗa tsarin hasken rana mai haɗin grid, kuna buƙatar daidaita ƙarfin fitarwa zuwa grid.Yanzu, wannan wani dalili ne da ya sa ƙwayoyin rana da na'urorin hasken rana ke buƙatar inverters.
Siga
| Samfura: DP/DP-T | 10212/24/48 | 15212/24/48 | 20212/24/48 | 30224/48 | 40224/48 | 50248 | 60248 | 70248 | |
| Ƙarfin Ƙarfi | 1000W | 1500W | 2000W | 3000W | 4000W | 5000W | 6000W | 7000W | |
| Mafi Girma (20ms) | 3000VA | Farashin 4500VA | 6000VA | Farashin 9000VA | Farashin 12000VA | Farashin 15000VA | Farashin 18000VA | Farashin 21000VA | |
| Fara Motar | 1 HP | 1.5 HP | 2 hp | 3 HP | 3 HP | 4 hp | 4 hp | 5 hpu | |
| Wutar Batir | 12/24/48VDC | 24/48VDC | 24/48VDC | 48VDC | |||||
| Girman (L*W*Hmm) | 555*297*184 | 615*315*209 | |||||||
| Girman Shiryawa(L*W*Hmm) | 620*345*255 | 680*365*280 | |||||||
| NW(kg) | 12 | 13 | 15.5 | 18 | 23 | 24.5 | 26 | 27.5 | |
| GW (kg) (Makarantar Karton) | 14 | 15 | 17.5 | 20 | 25.5 | 27 | 28.5 | 30 | |
| Hanyar shigarwa | Bango-Duba | ||||||||
| Siga | |||||||||
| Shigarwa | Rage Input na Wutar Lantarki na DC | 10.5-15VDC (Batir guda ɗaya) | |||||||
| Wurin Shigar da Wutar Lantarki na AC | 85VAC ~ 138VAC(110VAC)/95VAC ~148VAC(120VAC/170VAC ~275VAC(220VAC/180VAC~285VAC(230VAC | ||||||||
| Rage Mitar Shigar AC | 45Hz ~ 55Hz(50Hz) / 55Hz ~ 65Hz(60Hz) | ||||||||
| Max AC caji na yanzu | 0 ~ 30A (Ya danganta da samfurin) | ||||||||
| Hanyar cajin AC | Mataki na uku (matsakaicin halin yanzu, wutar lantarki akai-akai, cajin iyo) | ||||||||
| Fitowa | Inganci (Yanayin baturi) | ≥85% | |||||||
| Fitar Wutar Lantarki (Yanayin Baturi) | 110VAC± 2% / 120VAC± 2% / 220VAC± 2% / 230VAC± 2% / 240VAC± 2% | ||||||||
| Mitar fitarwa (Yanayin baturi) | 50/60Hz± 1% | ||||||||
| Wave Fitar (Yanayin Baturi) | Tsabtace Sine Wave | ||||||||
| Inganci (Yanayin AC) | >99% | ||||||||
| Fitar Wutar Lantarki (Yanayin AC) | 110VAC± 10% / 120VAC± 10% / 220VAC± 10% / 230VAC± 10% / 240VAC± 10% | ||||||||
| Mitar fitarwa (Yanayin AC) | Bi shigarwa | ||||||||
| Fitowar kalaman murdiya (Yanayin baturi) | ≤3% (Linear Load) | ||||||||
| Babu asarar kaya (Yanayin baturi) | ≤0.8% rated iko | ||||||||
| Babu asarar kaya (Yanayin AC) | ≤2% rated power (caja baya aiki a yanayin AC) | ||||||||
| Babu asarar nauyi (Yanayin ajiyar makamashi) | ≤10W | ||||||||
| Nau'in Baturi | Batir VRLA | Ƙarfin wutar lantarki: 14V;Wutar lantarki: 13.8V (tsarin 12V; 24V tsarin x2; tsarin 48V x4) | |||||||
| Keɓance baturi | Ana iya keɓance sigogin caji da cajin nau'ikan batura daban-daban bisa ga buƙatun mai amfani | ||||||||
| Kariya | Ƙararrawar ƙarancin baturi | Tsoffin masana'anta: 11V (tsarin 12V; tsarin 24V x2; tsarin 48V x4) | |||||||
| Kariyar ƙarancin baturi | Tsohuwar masana'anta: 10.5V (tsarin 12V; tsarin 24V x2; tsarin 48V x4) | ||||||||
| Ƙararrawar ƙarfin baturi | Tsoffin masana'anta: 15V (tsarin 12V; tsarin 24V x2; tsarin 48V x4) | ||||||||
| Kariyar yawan ƙarfin baturi | Tsoffin masana'anta: 17V (tsarin 12V; tsarin 24V x2; tsarin 48V x4) | ||||||||
| Ƙarfin wutar lantarki mai ƙarfin baturi | Tsohuwar masana'anta: 14.5V (tsarin 12V; tsarin 24V x2; tsarin 48V x4) | ||||||||
| Kariyar wutar lantarki mai yawa | Kariya ta atomatik (yanayin baturi), mai watsewar kewayawa ko inshora (yanayin AC) | ||||||||
| Inverter fitarwa short kewaye kariya | Kariya ta atomatik (yanayin baturi), mai watsewar kewayawa ko inshora (yanayin AC) | ||||||||
| Kariyar yanayin zafi | >90°C (Rufe fitarwa) | ||||||||
| Ƙararrawa | A | Yanayin aiki na yau da kullun, buzzer ba shi da ƙararrawa | |||||||
| B | Buzzer yana yin sauti sau 4 a cikin daƙiƙa guda lokacin gazawar baturi, ƙarancin wutar lantarki, kariyar wuce gona da iri | ||||||||
| C | Lokacin da aka kunna na'ura a karon farko, buzzer zai faɗakar da 5 lokacin da injin ya kasance na al'ada | ||||||||
| Ciki Mai sarrafa Solar | Yanayin Caji | PWM ko MPPT | |||||||
| Cajin halin yanzu | 10A ~ 60A (PWM ko MPPT) | 10A~60A(PWM) / 10A~100A(MPPT) | |||||||
| PV Input Voltage Range | PWM: 15V-44V (tsarin 12V);30V-44V (tsarin 24V);60V-88V(48V tsarin) | ||||||||
| Max PV Input Voltage(Voc) (A mafi ƙarancin zafin jiki) | PWM: 50V (tsarin 12V/24V);100V (tsarin 48V) / MPPT: 150V (12V / 24V / 48V tsarin) | ||||||||
| Matsakaicin Ƙarfin PV Array | Tsarin 12V: 140W (10A) / 280W (20A) / 420W (30A) / 560W (40A) / 700W (50A) / 840W (60A) / 1120W (80A) / 1400W (100A); | ||||||||
| Asarar jiran aiki | ≤3W | ||||||||
| Matsakaicin ingantaccen juzu'i | >95% | ||||||||
| Yanayin Aiki | Baturi Farko/AC Farko/Yanayin Ajiye Makamashi | ||||||||
| Lokacin Canja wurin | ≤4ms | ||||||||
| Nunawa | LCD (Nuni LCD na waje (Na zaɓi)) | ||||||||
| Hanyar thermal | Mai sanyaya fan a cikin sarrafa hankali | ||||||||
| Sadarwa (Na zaɓi) | RS485/APP (WIFI saka idanu ko GPRS saka idanu) | ||||||||
| Muhalli | Yanayin aiki | -10 ℃ ~ 40 ℃ | |||||||
| Yanayin ajiya | -15 ℃ ~ 60 ℃ | ||||||||
| Surutu | ≤55dB | ||||||||
| Girma | 2000m (Fiye da derating) | ||||||||
| Danshi | 0% ~ 95%, Babu ruwa | ||||||||
Wane sabis muke bayarwa?
1. Sabis ɗin ƙira.
Kawai sanar da mu abubuwan da kuke so, kamar ƙimar wutar lantarki, aikace-aikacen da kuke son lodawa, sa'o'i nawa kuke buƙatar tsarin don yin aiki da sauransu. Za mu tsara muku tsarin wutar lantarki mai dacewa.
Za mu yi zane na tsarin da cikakken tsari.
2. Ayyukan Taimako
Taimakawa baƙi wajen shirya takaddun takara da bayanan fasaha
3. Hidimar horo
Idan kun kasance sababbi a cikin kasuwancin ajiyar makamashi, kuma kuna buƙatar horo, zaku iya zuwa kamfaninmu don koyo ko kuma mu aika masu fasaha don taimaka muku don horar da kayanku.
4. Sabis na hawa & sabis na kulawa
Hakanan muna ba da sabis na hawa da sabis na kulawa tare da tsada mai araha & mai araha.
5. Tallafin tallace-tallace
Muna ba da babban tallafi ga abokan cinikin da ke wakiltar alamar mu "Dking Power".
muna aika injiniyoyi da masu fasaha don tallafa muku idan ya cancanta.
muna aika wasu ƙarin kashi dari na wasu samfuran a matsayin maye gurbinsu kyauta.
Menene mafi ƙaranci kuma max tsarin wutar lantarki da za ku iya samarwa?
Mafi ƙarancin tsarin wutar lantarki da muka samar yana kusa da 30w, kamar hasken titi na rana.Amma yawanci mafi ƙarancin amfanin gida shine 100w 200w 300w 500w da sauransu.
Yawancin mutane sun fi son 1kw 2kw 3kw 5kw 10kw da dai sauransu don amfanin gida, yawanci shine AC110v ko 220v da 230v.
Max tsarin wutar lantarki da muka samar shine 30MW/50MWH.
Yaya ingancin ku?
Ingancin mu yana da girma sosai, saboda muna amfani da kayan inganci sosai kuma muna yin gwaje-gwaje masu ƙarfi na kayan.Kuma muna da tsauraran tsarin QC.
Kuna karban samarwa na musamman?
Ee.kawai gaya mana abin da kuke so.Mun keɓance R&D da samar da batirin lithium ajiyar makamashi, ƙananan batir lithium masu zafin jiki, batir lithium masu motsa rai, batir lithium abin hawa na kashe hanya, tsarin wutar lantarki da sauransu.
Menene lokacin jagora?
Yawanci kwanaki 20-30
Ta yaya kuke garantin samfuran ku?
A lokacin garanti, idan dalilin samfurin ne, zamu aiko muku da maye gurbin samfurin.Wasu samfuran za mu aiko muku da sababbi tare da jigilar kaya na gaba.Samfura daban-daban tare da sharuɗɗan garanti daban-daban.Amma kafin mu aika, muna buƙatar hoto ko bidiyo don tabbatar da cewa matsalar samfuranmu ne.
tarurruka
lamuran
400KWH (192V2000AH Lifepo4 da tsarin ajiyar hasken rana a Philippines)
200KW PV+384V1200AH (500KWH) tsarin adana makamashin hasken rana da batirin lithium a Najeriya
400KW PV+384V2500AH (1000KWH) tsarin ajiyar makamashi na hasken rana da batirin lithium a Amurka.
Takaddun shaida
