Q1: Shin za ku iya gabatar da Jerin Power Power N3 HV Seriet Inverter?

Jerin Power N3 HV Seria uku na babban ƙarfin lantarki mai sarrafa ƙarfin lantarki. Yana ɗaukar ikon sarrafa iko na sarrafa iko don ƙara yawan amfani da kai da kuma tabbatar da samun 'yancin kai. Taro tare da PV da baturi a cikin girgije don VPP Magani, yana sa sabon Grid sabis. Yana tallafawa fitarwa 100% wanda ba a daidaita shi ba kuma yana da alaƙa da yawa don ƙarin hanyoyin mafi sassauci.
Q2: Menene matsakaicin shigarwar halin yanzu na wannan nau'in mai shiga?

Matsakaicin daidai da Module na yanzu shine 18a.
Q3: Menene matsakaicin adadin haɗi ɗaya na kusancin wannan mai kulawa zai iya tallafawa?

Matsakaicin goyon baya har zuwa raka'a 10 na layi daya
Q4: Da yawa mppt shine wannan ko menene kewayon ƙarfin lantarki?

Wannan inverter yana da mpws biyu, kowannensu yana tallafawa kewayon na 160-950V.
Q5: Menene ƙarfin ƙarfin batir ɗin ya dace da wannan nau'in mai jan hankali da menene matsakaicin cajin da kuma dakatar da na yanzu?

Wannan inverter ta dace da ƙarfin batir na 160-700v, matsakaicin cajin yanzu shine 30A, ana buƙatar matsakaicin ƙarfin lantarki tare da baturin da baturi.
Q6: Shin wannan nau'in mai amfani yana buƙatar akwatin Eps na waje?

Wannan inverter ba tare da akwatin EPS na waje ba, ya zo tare da dubawa na EPS da aikin canjin atomatik lokacin da ake buƙata don cimma haɗin canjin, sauƙaƙa shigarwa da aiki.
Q7: Menene siffofin kariya na wannan nau'in mai jan hankali?

Mai dubawa yana haɗe da fasali iri-iri gami da DC kariya, kariyar mai ba da kariya, da yawan kariyar yanayi, da kuma kariyar ta AC da DC da DC Kariyar Tsaro da kuma AC da DC Kariyar Circuit
Mai dubawa yana haɗe da fasali iri-iri gami da DC kariya, kariyar mai ba da kariya, da yawan kariyar yanayi, da kuma kariyar ta AC da DC da DC Kariyar Tsaro da kuma AC da DC Kariyar Circuit

Wannan nau'in amfani da kai na kai a cikin jiran aiki ne kasa da 15W.
Q9: Me za a nemi lokacin da yake bauta wa wannan inward?

(1) kafin hidimar lantarki tsakanin Inverter da Grid, kuma sannan ya zama dole a cire akalla masu karfin gwiwa a gaban aiwatar da aikin kulawa.

(2) Yayin aiwatar da kulawa, da farko duba kayan aikin da farko don lalacewa ko wasu yanayi masu haɗari, kuma ya fi kyau a sa wani zobe na hannu-static. Don kula da alamar gargadi akan kayan aiki, ku kula da inverter farfajiya yana sanyaya ƙasa. A lokaci guda don guje wa tuntuɓar da ba dole ba tsakanin jiki da kwamitin da'ira.

(3) Bayan an gama gyara, tabbatar cewa duk wani lahani da ya shafi aikin kare dan adam da aka warware kafin ya sake juyawa da inverter.
Q10: Mene ne dalilin allon shirka baya nuna? Yadda za a warware?

Janar Dalibin sun hada da: ① Sutturar ƙwayoyin lantarki ko kirtani yana ƙasa da ƙaramar aikin ƙarfin lantarki na injinan. ② shigarwar da aka juya shi. Ba a rufe lokacin shigar da DC ba. ③ shigarwar DC shigar ba a rufe. ④ Ofaya daga cikin masu haɗin a cikin kirtani basu da alaƙa da kyau. Wani bangare ne na gajere, yana haifar da sauran igiyoyin da zasu gaza aiki yadda yakamata.

Magani: auna shigarwar DC da Inverter tare da DC ƙarfin lantarki, lokacin da ƙarfin lantarki na al'ada, jimlar ƙarfin lantarki shine jimlar kayan aikin da ke cikin kowane kirtani. Idan babu wutarfin wutar lantarki, jarabawa ko mai bi ko mai haɗi DC Extitor, mai haɗa haɗi, kayan aikin jabu, da sauransu. Idan akwai strings da yawa, cire haɗin su daban don gwajin samun damar mutum. Idan babu gazawar abubuwan da aka gyara na waje ko layin, yana nufin cewa kewaye ta ciki na inverter ba daidai ba ne, kuma zaka iya tuntuɓar Renac don kulawa.
Q11: Ba za a haɗa da inverter ba ga grid kuma yana nuna saƙon kuskure "babu rashin jituwa"?

Janar Dalibin sun hada da: ① Inverter OutPopput AC CIGABA AC CIGABA BA KYAUTA. ② Tallarfin Inverter AC ba a haɗa su da kyau. ③ Lokacin da Wiring, saman jeri na tashar fitarwa ta Inverter ya sako.

Magani: A auna ƙarfin lantarki na injinan tare da kayan aikin injin din, a ƙarƙashin yanayi na al'ada, tashar fitarwa, tashoshin fitarwa ko AC 380V ƙarfin lantarki. Idan ba haka ba, bi da bi, gwada tashar jiragen ruwa don ganin idan sun kasance sako-sako, ko an rufe mai fita AC Cirbace, an rufe yanayin karewar kariya da sauransu.
Q12: Mai kulawa yana nuna kuskuren Grid kuma yana nuna saƙon kuskure kamar kuskuren Voltage "ko kuskuren Volt Volt" ko kuskuren Freq "?

Gaba daya Dalili Dalili: Voltage da mitar Grid Grid sun fita daga cikin al'ada.

Magani: A auna wutar lantarki da mitarfin wutar AC Grid tare da kayan aikin da suka dace na multeter, idan da gaske ne mahaukaci, jira da gaske. Idan Grid Volku da mitar sukan al'ada ne, wannan na nuna cewa CIGABA DA IYALI CIGABA DA KYAUTA. Lokacin dubawa, cire haɗin shigarwar DC da kuma fitarwa na inverter, bari in dawo da shi, idan ta iya murmurewa, idan za a iya murmurewa, idan za a iya murmurewa, idan za a iya dawo da Natton don overhaul ko sauyawa. Sauran da'irar Inverter, kamar su Cirbitin Circuit na jirgin, da'irar ganowa, kewaye da'irar da ke sama, sa'an nan kuma za a iya amfani da su idan ba za su iya murmurewa da kansu ba.
Q13: Wakili mai yawa akan AC, yana haifar da kofin da zai rufe ko ka bashe shi da kariya?

Janar Dalili na gaba daya saboda galibin ya yi yawa, lokacin da mahimmin aikin PV ya yi yawa, wanda ya haifar da rashin kulawa yana da girma, wanda ya haifar da rashin kulawa da kayan aikin fitarwa yana da girma!

Magani: ① Deara yawan waya diamita na fitarwa na cable, ka yi kauri na USB, kasan bojiya. Da kauri na kebul, kasan m. Inverter kamar yadda zai yiwu zuwa ga mahimmin-haɗin haɗin, da gajeriyar kebul na USB, ƙananan m. Misali, dauki 5kw Grid Inverter a matsayin misali, tsawonsa na fitarwa na USB.
Q14: DC gefen shigar da wutar lantarki mai ƙarfi ta amfani da ƙararrawa, saƙon kuskure "pv ov overvoltage" aka nuna?

Dalili na yau da kullun: marian lodules da yawa ana haɗa su a cikin jerin, suna haifar da shigarwar wutar lantarki a gefen DC don wuce matsakaicin aikin ƙarfin lantarki na mai jan hankali.

Magani: gwargwadon halayen zazzabi na PV kayayyaki, ƙananan zafin jiki na yanayi, mafi girman ƙarfin lantarki. Kasancewar shigarwar injiniyan uku shine 160 ~ 90v, kuma ana bada shawara don tsara igiyar wutar lantarki kewayon 600 ~ 650v. A cikin wannan kewayon ƙarfin lantarki, ingantaccen aiki ya fi girma, kuma inverter na iya haifar da farkon ƙarfin lantarki, wanda zai haifar da ƙararrawa da rufewa.
Q15: Sakamakon aikin PV yana lalata, rufin lalacewa zuwa ƙasa ƙasa da 2mq, kuma "an nuna saƙoniyar ƙa'idodi" da kuma "an nuna Extress Corration".

Dalilai na yau da kullun: Gabaɗaya abubuwan PV, akwatunan junc, intovers, masu canzawa da kuma lalacewa ta cakulan a cikin ruwa da sauransu.

Magani: Cire kaxan Grid, mai shiga tsakani, bincika rufin kowane ɓangare na ƙasa, bincika matsalar, maye gurbin yana da alaƙa ko mai haɗi!
Q16: Wakili mai yawa akan AC, yana haifar da kofin da zai rufe ko ka bashe shi da kariya?

Dalilai na yau da kullun: Akwai abubuwa da yawa da suka shafi ikon fitarwa na tsire-tsire masu ƙarfin PV, gami da toshe hasken rana, ƙura da halayen inuwa na zamani, da kuma halayen zazzabi na module.

Tsarin tsarin yana da ƙasa saboda tsarin tsarin da ba shi da tushe da shigarwa. Hanyoyi gama gari sune:

(1) Gwada gwadawa ko ikon kowane yanki ya isa kafin shigarwa.

(2) Wurin shigarwa ba shi da iska mai kyau, kuma zafin inverder ba ya yaduwa cikin lokaci, ko kuma an fallasa shi da hasken rana kai tsaye, wanda ke haifar da zafin jiki na inuwa don ya yi yawa.

(3) Daidaita kusurwar shigarwa da kuma daidaituwa na module.

(4) Duba yanayin don inuwa da ƙura.

(5) Kafin shigar da abubuwa da yawa, bincika wutar lantarki ta kowane murjani tare da bambancin sama da 5V. Idan ana samun wutar lantarki ba daidai ba, duba wayoyi da masu haɗi.

(6) Lokacin da aka sanya shi, ana iya samun dama a cikin batches. Lokacin amfani da kowane rukuni, rikodin ƙarfin kowane rukuni, da bambanci iko tsakanin Strings bai zama sama da 2% ba.

(7) The Inverter yana da damar mppt mppt, kowace hanya shigarwar wutar lantarki shine kawai 50% na jimlar iko. A cikin manufa, ya kamata a tsara kowace hanya kuma ya sanya tare da daidai iko, idan kawai an haɗa shi zuwa wata hanya ɗaya mppt Terminal.

(8) Adireshin da ba shi da kyau, kebul ɗin yana da tsayi, da diamita na waya ya yi yawa, akwai asarar wutar lantarki, a ƙarshe kuma a ƙarshe haifar da asarar iko.

(9) Gano ko ƙarfin lantarki yana cikin kewayon wutar lantarki bayan an haɗa kayan aikin a cikin jerin, kuma ingancin tsarin zai ragu idan wutar lantarki za ta ragu.

(10) Thearfin Aikin AC canjin Grid-mai haɗi na PV Worth shuka ya yi kankanta don saduwa da bukatun overter.

Q1: Ta yaya ake yin wannan batutuwan ƙwayoyin lantarki mai ƙarfi? Menene ma'anar BMC600 da B9639-S?

A: Wannan tsarin batirin ya ƙunshi BMC (BMC600) da kuma rbs da yawa (B9639-s).

BMC600: Mai sarrafa Master mai sarrafawa (BMC).

B9639-S: 96: 96v, 39: 39H, cajin Li-ion Baturi tari (rbs).

Mai sarrafa baturin (BMC) na iya sadarwa tare da mai shiga, sarrafawa da kare tsarin baturin.

An sake cajin Baturi na LI-ION (RBs) tare da naúrar katin sel don saka idanu da daidaitawa a kowane sel.
Q2: Wace kwayar jaririn wannan batirin da aka yi amfani da shi?

3.2V 13 13h Gasion High-Tech Cylindrical sel, fakitin baturi guda yana da sel 90 ciki. Kuma Manyan Teungiyar Manyan-Team shine manyan masana'antun batir guda uku a China.
Q3: Turbo H1 Serie za a iya sanya bangon da aka shirya?

A: nope, shigarwa na ƙasa shigarwa kawai.
Q4: N1 HV SPER SUKE MENE NE MAI KYAU. karfin baturi don haɗawa da jerin N1 HV?

74.9KWH (5 * TB-H1-14.97: kewayon ƙarfin lantarki: 324-432v). N1 HV jerin zai iya karɓar kewayon ƙwallon ƙafa daga 80V zuwa 450v.

Baturin ya kafa aikin layi daya yana ƙarƙashin bunkasa, a wannan lokacin max. iyawa 14.97kwh ne.
Q5: Shin ina buƙatar siyan igiyoyi a waje?

Idan abokin ciniki ba ya buƙatar daidaitaccen baturi ɗaya:

A'a, duk bukatun abokin ciniki na USBs suna cikin kunshin batir. Kunshin BMC kunshin ya ƙunshi wutar lantarki na USB & Sadarwa tsakanin Inverter & BMC da BMC & Farko Rbs. Kunshin rbs ya ƙunshi murfin wutar lantarki na USB & Sadarwar Sadarwar tsakanin RBS guda biyu.

Idan abokin ciniki yana buƙatar layi ɗaya da batirin ya yi daidai:

Ee, muna buƙatar aika kebul na sadarwa tsakanin saiti guda biyu. Haka nan muna da shawarar ka sayi akwatin hadin gwiwarmu don yin haɗin daidai tsakanin sa ɗaya tsakanin saiti biyu ko fiye. Ko zaka iya ƙara sauyawa DC na waje (600v, 32a) don sanya su gungume. Amma da fatan za a kula da cewa lokacin da ka kunna tsarin, dole ne ka kunna wannan canjin DC na waje, sannan ka kunna baturi da Inverter. Saboda kunna wannan canjin DC na waje fiye da batir da kuma mai shiga cikin buƙatar tasiri ga batirin batir, kuma yana haifar da lalacewa a kan batir da mai kulawa. (Akwatin comtiner yana ƙarƙashin haɓaka.)
Q6: Shin ina buƙatar shigar da canjin DC na waje tsakanin BMC da Inverter?

Nope, mun riga muna da sauyawa DC akan BMC kuma ba mu ba ka shawarar ƙara sauyawa DC tsakanin baturi da mai shiga ba. Domin yana iya rinjayi aikin karfin batir da haifar da lalacewar kayan aiki akan baturi da mai shiga, idan kun kunna sauyawa DC fiye da batir da injiniyoyi. Idan kun riga kun shigar da shi don Allah a tabbatar da matakin farko yana juyawa akan sauya DC na waje, to, kunna baturi da Inverter.
Q7: Menene ma'anar PIN ɗin game da kebul na sadarwa tsakanin mai kula da batir?

A: Sadarwar sadarwa ta kai tsaye tsakanin baturi da inverder na iya tare da mai haɗawa Rj45. Pins Maujiyayyen shine a ƙasa (ɗaya ne ga baturi da inverter gefen, daidaitaccen cat5 na USB).
Q8: Wace alama ce ta kebul na kebul da kake amfani da shi?

Phoenix.
Q9: Shin wannan shine wannan zai iya samun ingantaccen tsayayya da tashar dole a shigar?

Ee.
Q10: Mene ne max. Distance tsakanin batir da inverter?

A: 3 mita.
Q11: Yaya game da aikin haɓakawa?

Zamu iya inganta batir 'Firmware a hankali, amma wannan aikin yana samuwa lokacin da yake aiki tare da Renac mai sarrafa. Domin an yi shi ta hanyar bayanan bayanai kuma mai shiga tsakani.

Haɓaka baturan da ke nesa ne kawai suka yi kawai. Idan kana buƙatar haɓaka firafin baturin batirin don Allah tuntuɓi mu da aika lambar inverter.
Q12: Ta yaya zan iya inganta baturin a cikin gida?

A: Idan abokin ciniki ya yi amfani da Renac na USB, yi amfani da diski na USB (Max. 30G) na iya haɓaka baturin ta hanyar tashar USB akan mai shiga cikin Inverner akan Inverter. Guda iri ɗaya tare da haɓakawa mai haɓakawa, ɗan firam ɗin daban.

Idan abokin ciniki bai yi amfani da Renac ba, yana buƙatar amfani da maballin mai canzawa don haɗa BMC da kwamfutar tafi-da-gidanka don haɓaka shi.
Q13: Menene max. Poweraya daga cikin igiyoyi?

A: batura '. Cajin / fitarwa na yanzu shine 30a, maras kera na rbs ɗaya ne 96V.

30a * 96v = 2880w
Q14: Yaya game da garantin wannan baturin?

A: Tsarin aikin cigaba don samfuran yana da inganci na tsawon watanni 120 daga ranar shigarwa, amma ba fiye da watanni 126 daga ranar isar da samfurin (duk lokacin da ya zo na farko). Wannan garantin ya ƙunshi ƙarfin daidai da cikakken zagaye 1 a kowace rana.

Wakilin Renac kuma yana wakiltar cewa samfurin yana riƙe da aƙalla 70% na makamashi na farko ko kuma jimlar kuɗaɗen 2.8mwh a cikin baturin, kowa ya fara.
Q15: Ta yaya shagon yake sarrafa waɗannan baturan?

Ya kamata a adana kayan baturi baturin da tsabta, bushe da iska tare da kewayon zazzabi a tsakanin 0 ℃ + 35 ℃, a cikin hanyoyin da aka fitar da kowane Batternan da kuma ba tare da ƙarancin ƙarfin batir ba.

Saboda baturi yana da amfani, gujewa batirin ba don Allah aika batura da kuka samu da farko ba. Lokacin da kuka ɗauki batura don abokin ciniki ɗaya, don Allah ɗauki batura daga pallet kuma tabbatar cewa ajin makarantar da alama alama ce ta waɗannan ƙwayoyin batirin.
Q16: Ta yaya zan san lokacin da aka samar da waɗannan baturan?

A: Daga lambar Baturin.
Q17: Menene max. DOD (zurfin fitarwa / Fitar zurfin)?

90%. Ka lura cewa lissafin zubar da ɗigo da lokacin fitar da suttura ba daidai bane. Fitar da zurfin 90% baya nufin cewa ana lissafta ɗayan zagaye bayan 90% cajin da fitarwa.
Q18: Taya zaka lissafta hawan batir?

Ana lissafta ɗayan zagaye don kowane ɗakunan ruwa na adadin 80%.
Q19: Ta yaya game da iyakancewa na yanzu gwargwadon zafin jiki?

A: C = 39H

Matsayi na zazzabi: 0-45 ℃

0 ~ 5 ℃, 0.1c (3.,9a);

5 ~ 15 ℃, 0.33c (13a);

15-40 ℃, 0.64c (25a);

40 ~ 45 ℃, 0.13c (5a);

Rahoton zazzabi: -10 ℃--50 ℃

Babu iyakancewa.
Q20: A karkashin wane baturi zai rufe?

Idan babu ikon PV da wani PV = Tsarin ƙarfin kayan baturi na minti 10, Inverter zai rufe baturin (ba gaba ɗaya rufewa, kamar yadda har yanzu za'a iya farkawa). Inverter zai farka baturi yayin lokacin caji a yanayin aiki ko PV yana da ƙarfi don cajin baturin.

Idan da aka rasa baturi tare da inverter na mintina 2, baturin zai rufe.

Idan baturi yana da wasu ƙararrawa, baturin zai rufe.

Da zarar wani Batirin Batirin Pellage <2.5v, baturin zai rufe.
Q21: Lokacin aiki tare da inverter, ta yaya dabarar inverter da ƙarfi kunna / kashe batirin ke aiki?

A karo na farko juya kan mai shiga:

Kawai buƙatar kunna / kashe sauyawa akan BMC. Inverter zai farka da baturi idan Grid yana kan ko Grid yana kashe amma ikon PV yana kunne. Idan babu babbar karfin Grid da PV, Inverter ba zai farka da baturi ba. Dole ne ku kunna batir da hannu (kashe sauyawa 1 a kan BMC, jira mai walƙiya mai haske 2, sannan tura maɓallin Fara Black 3).

Lokacin da Inverter ke gudana:

Idan babu ikon PV da Socaramin ƙarfin PV <<Poor Minsarfin Baturin na minti 10, Inverter zai rufe baturin. Inverter zai farka baturi yayin lokacin caji a cikin yanayin aiki ko ana iya caje shi.
Q22: A karkashin abin da ake amfani da aikin aikin gaggawa na gaggawa zai yi aiki lokacin da aka haɗa baturi tare da inverter?

A: Baturi Neman TAFIYA TAFIYA:

Lokacin da Soccal SCOL <= 5%.

Mai kula da aikin caji na gaggawa:

Fara farawa daga Skrop = saitin ƙarfin kayan baturi (an saita shi akan nuni) -2%, tsoho darajar min Soccis lokacin da ya kai ga Stock Sc. Cajin da karfe 500w idan BMS ya bada izinin.
Q23: Shin kuna da wani aiki don daidaita Soci tsakanin fakitoci biyu?

Ee, muna da wannan aikin. Za mu auna bambanci na wutar lantarki tsakanin fakitoci batir guda biyu don yanke shawara idan yana buƙatar gudanar da daidaitaccen dabaru. Idan eh za mu cinye ƙarin makamashi na fakitin baturin tare da mafi girman wutar lantarki / SC. Ta hanyar 'yan cycles na al'ada aiki zai zama karami. Lokacin da suke daidaita su wannan aikin zai daina aiki.
Q24: Wannan baturin zai iya gudu tare da sauran masu jan hankali?

A wannan lokacin ba mu yi gwajin da ya dace da sauran alamu ba, amma ya zama dole zamuyi aiki tare da mai sarrafa mai shiga don yin gwaje-gwaje masu jituwa. Muna buƙatar masana'anta na inverter suna ba da injin din su, zai iya yarjejeniya kuma zasu iya bayanin yarjejeniya (takardun da aka yi amfani da su don yin gwajin da suka dace).

Q1: Yaya Rena1000 taru?

Jerin Makamashin Makamashin waje na waje ya haɗu da baturin ajiya na gaba, tsarin sarrafawa (tsarin sarrafawa na sarrafawa), tsarin kula da wutar lantarki, tsarin rarraba wutar lantarki, tsarin rarraba muhallin wuta da tsarin sarrafa mutane da tsarin sarrafa wutar lantarki da tsarin sarrafa wutar lantarki da tsarin sarrafa wutar. Tare da PCs (tsarin sarrafawa na sarrafawa), yana da sauƙin ci gaba da fadada, wanda za a iya rage filin wasan gaba, wanda zai iya rage ƙarfin aiki, masarufi mai ƙarfi, mai tsada da kuma ƙarfin kuzari da kuma ƙarfin kuzari da ƙarfin kuzari da ƙarfin kuzari da kuma ƙarfin ƙarfin kuzari.
Q2: Wane irin batir1000 tantancewar batir wannan batir da aka yi amfani da shi?

Kwayoyin halitta na 3.2V, sel 32 a kowane baturi, Yanayin Haɗin Haɗin 16S2P.
Q3: Menene ma'anar Soc na wannan sel din?

Yana nufin rabo daga ainihin batirin cajin batir ga cikakken caji, yana nuna yanayin cajin tantanin batir. Hukumar Cin Cin Cell na 100% Soction yana nuna cewa an cajin garin batirin ga 3.65V, da kuma jihar 0% SCH yana nuna cewa an cire batirin zuwa 2.5V. Masana'antar Pre-Set Socle ne 10% cire sallama
Q4: Menene ƙarfin kowace baturi?

Rena1000 Jaridar Module Capacity shine 12.3KWH.
Q5: Yadda za a yi la'akari da yanayin shigarwa?

Mataki na kariya IP55 na iya biyan bukatun yawancin mahalli na aikace-aikace, tare da firist na motsa jiki na motsa jiki don tabbatar da aikin al'ada na tsarin.
Q6: Menene ma'anar aikace-aikace tare da jerin Rena1000?

A karkashin yanayin aikace-aikacen gama gari, dabarun aikin na tsarin adana makamashi sune kamar haka:

Girkanci-cika da kwarin-cika: Lokacin da lokacin-rababbai yake a cikin sashen Kogin: An cajin majalisar ajiya ta atomatik da kuma tsayawa lokacin da ta cika; Lokacin da jadawalin kuɗin fito ne a cikin sashe na ganiya: An cire majalisar ajiya ta gaba ta atomatik don tabbatar da ingancin tattalin arziƙi da tsarin ajiya.

Haɗe hoto mai hoto: Daidaitaccen lokaci zuwa ƙarfin kaya na gida, adana wayar salula na fifikon ikon samar da wutar lantarki. Powervoraic ikon iko bai isa ba don samar da nauyin gida, fifiko shine amfani da wutar batir.
Q7: Menene na'urorin kariyar kariya da matakan wannan samfurin?

Tsarin ajiya na kuzari yana sanye da wuraren da aka ƙididdige hayaki, na'urorin sarrafawa da rafin kula da muhalli kamar kariya ta wuta, ba da cikakken iko da matsayin tsarin. Tsarin gwagwarmayar Wuta yana amfani da na'urar kashe wutar lantarki na Aerosol shine sabon nau'in kariya na kashe gobara ta karewa tare da matakin ci gaba na duniya. Kai tsaye: Lokacin da yanayin yanayin yanayin yanayi ya kai ga fara zafin jiki na waya mai zafi kuma ya wuce zuwa jerin wuta aerosol da ke kashe na'urar. Bayan Aerosol Health Wuta na'urori yana karbar siginar Farkon wutar lantarki na ciki yana aiki kuma yana ba da sauri Aerosol na Nano-Typuter don cimma saurin wuta

Ana daidaita tsarin sarrafawa tare da sarrafa zazzabi. Lokacin da tsarin zafin jiki ya kai darajar saiti, kwandishan iska yana fara yanayin sanyaya don tabbatar da aikin yau da kullun na tsarin.
Q8: Menene PDU?

PDD (naúrar wutar lantarki), wanda kuma aka sani da keɓaɓɓen rarraba kayan aiki don samar da rarraba kayan aikin da ya dace don mahaɗan iko don mahalli iko daban-daban. Aikace-aikacen PDUS yana sa rarraba ikon wuta cikin ɗakunan ajiya mafi kyau, amintacce, mai aminci da aminci, kuma yana sa gyaran iko a cikin kabad da ya dace da abin dogaro da abin dogaro da abin dogaro
Q9: Menene cajin da fitarwa daga baturin?

Cajin da sallama rabo daga baturin shine ≤0.5c
Q10: Shin wannan samfurin yana buƙatar tabbatarwa yayin gwajin?

Babu buƙatar ƙarin tabbatarwa yayin aiki. Tsarin sarrafawa na hikima da na IP55 Garanti don tabbatar da kwanciyar hankali na aikin samfurin. Adalci tsawon kashe wutar lantarki shekaru 10 ne, wanda ya ba da tabbacin aminci ga sassan sassan
Q11. Mene ne babban daidaitaccen abu mai kyau?

Adadin ingantaccen sox algorithm, ta amfani da haɗin hanyar haɗin kai na yau da kullun da hanyar budewa, yana ba da cikakken lissafi da kuma haɗin gwiwar baturin baturin batirin da aka tsara.
Q12. Menene Smart Temp Tempe Gudanarwa?

Maketin zazzabi mai hankali yana nufin cewa lokacin da yawan zafin jiki ya hau kan kwandishiyar ta atomatik don tabbatar da cewa duk lokacin da ya tabbata a cikin zaman zazzabi
Q13. Menene ayyukan da ake nufi da yanayin da yawa?

Yanayi Hudu na Aiki: Yanayin Manual, samar da kai, yanayin raba lokaci, da Baturin raba lokaci, ba masu amfani damar saita yanayin don dacewa da bukatun su
Q14. Yadda za a tallafa wa Matakan EPS-Match da aiki na Microgrid?

Mai amfani zai iya amfani da ajiyar kuzarin a matsayin microgrid idan akwai na gaggawa da kuma canjin tare da canzawa idan ana buƙatar ƙarfin lantarki.
Q15. Yadda ake fitarwa data?

Da fatan za a yi amfani da drive na USB don shigar da shi akan dubawa ta na'urar kuma fitarwa bayanan akan allon don samun bayanan da ake so.
Q16. Ta yaya zuwa Matsakaicin Kulawa?

Kulawa na nisa da sarrafawa daga app a ainihin lokacin, tare da ikon canza saiti da ƙasa-ƙasa da atiarnawa, da kuma bin dabi'un na yau da kullun, da kuma kiyaye abubuwan cigaba
Q17. Faɗakarwa ta Rena1000?

Za'a iya haɗa raka'a da yawa a layi daya zuwa raka'a 8 kuma don biyan bukatun abokin ciniki don iyawa
Q18. Shin Rena1000 rikitarwa don shigar?

Shigarwa mai sauki ne kuma mai sauƙin aiki, kawai kayan haɗin gwiwar AC Ternal da kuma ana buƙatar haɗa haɗin batir ɗin kuma ba sa buƙatar haɗa shi da abokin ciniki
Q19. Shin ana iya gyara Rena1000 EMS kuma saita bisa ga buƙatun abokin ciniki?

Ana jigilar rena1000 tare da daidaitaccen dubawa da saiti, amma idan abokan ciniki suna buƙatar yin canje-canje zuwa ga masu haɓaka software don biyan bukatun kayan aikinsu.
Q20. Har yaushe ne lokacin garanti na Rena1000?

Garanti samfurin daga ranar isar da shekaru 3, garanti na gargajiya: a 25 ℃, 25c cajin da farko), sauran karfin ya wuce 80%

Q1: Za ku iya gabatar da Jeac Ev Caja?

Wannan shi ne mai hankali cajin don aikace-aikacen zama da kasuwanci, wanda ya hada da lokaci guda 7k ukun. BMW. Nissan da BYD duk sauran samfuran samfurori da diver ɗinku, duk suna aiki kawai tare da caja Charac.
Q2: Wane irin da samfurin caja Tashar caja ya dace da wannan cajin?

Ev Caving Teyn tef Type 2 shine daidaitaccen tsari.

Saƙon tashar cajin caja misali Misali 1, Halin Amurka da sauransu (masu dacewa, idan akwai buƙatu don Allah a matsayin ma'aun.
Q3: Menene ma'anar daidaita ma'aunin sikamaki?

Dynamic Load Banching shine hanyar kulawa mai hankali ga EV cajin da ke ba da izinin caji caji don ɗaukar aiki lokaci guda tare da nauyin gida. Yana ba da mafi girman ikon cajin iko ba tare da shafar mahimman kaya ba. Tsarin daidaitaccen tsarin ajiya yana kaska da makamashi na PV zuwa tsarin caji mai caji a ainihin lokacin. Sakamakon haka cewa ikon cajin zai iya zama da iyaka don biyan bukatun makamashi da ke haifar da buƙatun mai amfani, ƙarfin cajin yana iya zama mafi girma lokacin da tsarin makamashi na PV ya yi ƙasa akan yadda yake. Bugu da kari tsarin PV zai fifita tsakanin lodi na gida da kuma cajin tarin.
Q4: Menene yanayin aiki da yawa?

Ev cajar yana ba da adadin hanyoyin aiki da yawa don yanayin yanayi daban-daban.

Yanayin sauri yana cajin motarka mai amfani kuma yana ƙara ikon biyan bukatunku lokacin da kuke cikin sauri.

Yanayin PV yana cajin motarka na lantarki tare da sauran kuzari na hasken rana, inganta ƙididdigar yawan amfani da samar da ruwa na ruwa da kuma samar da kuzari 100% don motar lantarki.

Yanayin cin zarafin-ta atomatik yana cajin ku ta atomatik tare da sarrafa PV da hankali, wanda ke amfani da tsarin PV yayin da ba za a haifar da wannan fashewar ba yayin caji.

Kuna iya bincika app ɗinku game da hanyoyin aikin ciki har da yanayin sauri, yanayin PV, Yanayin PV.
Q5: yadda ake tallafawa farashin caji mai ma'ana don adana farashi?

Za ka iya shigar da farashin wutar lantarki da caji a cikin app, tsarin zai iya ƙayyade lokacin caji na ta atomatik, da tsarin cajin cajinka zai ceci farashin cajinanka!
Q6: Shin za mu zabi yanayin cajin?

Kuna iya saita shi a cikin app wanda ke nufin wace hanya kuke so a kulle da buɗewa don caja na EV wanda ya haɗa da app, katin RFID, toshe da wasa.
Q7: Yadda za a san yanayin caji ta nisa?

Kuna iya bincika shi a cikin app har ma da duk yanayin tsarin kuzarin kuzari mai hankali ko canza sigogin caji
Q8: Shin mai caji Renac ya dace da sauran samfuran injin ko tsarin ajiya? Idan haka ne, yana buƙatar canzawa?

Haka ne, ya dace da kowane tsarin makamashi mai mahimmanci .but buƙatar shigarwa wa memory mitar lantarki don EVALICE IN KASADA KA YI KYAUTA KYAUTA KYAUTA KYAUTATA. Za'a iya zaɓa matsayin shigarwa na mita 1 ko matsayi na 2, kamar hoto mai zuwa.
Q9: Shin kowane mai amfani da hasken rana na iya caji?

A'a, yakamata a fara farawa da caji sannan zai iya caji, an kunna ƙimar shine 1.4kW (lokaci guda) ko kuma wani lokaci ne (lokaci guda). Ko zaku iya saita ikon zuwa Grid don biyan bukatar caji.
Q10: Yadda ake lissafta lokacin caji?

Idan an tabbatar da cajin wutar lantarki da aka tabbatar da haka don Allah a nuna lissafin kamar yadda ke ƙasa

Lokacin caji = Evs Power / Valkor Rarra

Idan ba a tabbatar da cajin wutar lantarki ba to lallai ne ka duba saka idanu na caji bayanai game da yanayin EVS dinka.
Q11: Shin aikin kariya na caja?

Wannan nau'in caja yana da ac overvoltage, ac aventvollo, ac overvolrity kariyar kariyar, ac over kariyar kariyar, corywararru na kariya, kariya, kariya ta yanzu, RCD da sauransu.
Q12: Shin caja yana goyan bayan katunan RFID da yawa?

A: daidaitaccen kayan haɗi ya haɗa da katunan 2, amma tare da lambar katin guda ɗaya. Idan an buƙata, da fatan za a kwafi ƙarin katunan, amma lambar katin 1 kawai ana ɗaure shi, babu ƙuntatawa akan adadin katin.

Q1: yadda ake haɗa da matattarar matasan guda uku?
Q2: yadda ake haɗa da matasan matasan guda ɗaya?

Barka da sabis

Sau da yawaTambayoyi

Q1: Shin za ku iya gabatar da Jerin Power Power N3 HV Seriet Inverter?

Q2: Menene matsakaicin shigarwar halin yanzu na wannan nau'in mai shiga?

Q3: Menene matsakaicin adadin haɗi ɗaya na kusancin wannan mai kulawa zai iya tallafawa?

Q4: Da yawa mppt shine wannan ko menene kewayon ƙarfin lantarki?

Q5: Menene ƙarfin ƙarfin batir ɗin ya dace da wannan nau'in mai jan hankali da menene matsakaicin cajin da kuma dakatar da na yanzu?

Q6: Shin wannan nau'in mai amfani yana buƙatar akwatin Eps na waje?

Q7: Menene siffofin kariya na wannan nau'in mai jan hankali?

Mai dubawa yana haɗe da fasali iri-iri gami da DC kariya, kariyar mai ba da kariya, da yawan kariyar yanayi, da kuma kariyar ta AC da DC da DC Kariyar Tsaro da kuma AC da DC Kariyar Circuit

Q9: Me za a nemi lokacin da yake bauta wa wannan inward?

Q10: Mene ne dalilin allon shirka baya nuna? Yadda za a warware?

Q11: Ba za a haɗa da inverter ba ga grid kuma yana nuna saƙon kuskure "babu rashin jituwa"?

Q12: Mai kulawa yana nuna kuskuren Grid kuma yana nuna saƙon kuskure kamar kuskuren Voltage "ko kuskuren Volt Volt" ko kuskuren Freq "?

Q13: Wakili mai yawa akan AC, yana haifar da kofin da zai rufe ko ka bashe shi da kariya?

Q14: DC gefen shigar da wutar lantarki mai ƙarfi ta amfani da ƙararrawa, saƙon kuskure "pv ov overvoltage" aka nuna?

Q15: Sakamakon aikin PV yana lalata, rufin lalacewa zuwa ƙasa ƙasa da 2mq, kuma "an nuna saƙoniyar ƙa'idodi" da kuma "an nuna Extress Corration".

Q16: Wakili mai yawa akan AC, yana haifar da kofin da zai rufe ko ka bashe shi da kariya?

Q1: Ta yaya ake yin wannan batutuwan ƙwayoyin lantarki mai ƙarfi? Menene ma'anar BMC600 da B9639-S?

Q2: Wace kwayar jaririn wannan batirin da aka yi amfani da shi?

Q3: Turbo H1 Serie za a iya sanya bangon da aka shirya?

Q4: N1 HV SPER SUKE MENE NE MAI KYAU. karfin baturi don haɗawa da jerin N1 HV?

Q5: Shin ina buƙatar siyan igiyoyi a waje?

Q6: Shin ina buƙatar shigar da canjin DC na waje tsakanin BMC da Inverter?

Q7: Menene ma'anar PIN ɗin game da kebul na sadarwa tsakanin mai kula da batir?

Q8: Wace alama ce ta kebul na kebul da kake amfani da shi?

Q9: Shin wannan shine wannan zai iya samun ingantaccen tsayayya da tashar dole a shigar?

Q10: Mene ne max. Distance tsakanin batir da inverter?

Q11: Yaya game da aikin haɓakawa?

Q12: Ta yaya zan iya inganta baturin a cikin gida?

Q13: Menene max. Poweraya daga cikin igiyoyi?

Q14: Yaya game da garantin wannan baturin?

Q15: Ta yaya shagon yake sarrafa waɗannan baturan?

Q16: Ta yaya zan san lokacin da aka samar da waɗannan baturan?

Q17: Menene max. DOD (zurfin fitarwa / Fitar zurfin)?

Q18: Taya zaka lissafta hawan batir?

Q19: Ta yaya game da iyakancewa na yanzu gwargwadon zafin jiki?

Q20: A karkashin wane baturi zai rufe?

Q21: Lokacin aiki tare da inverter, ta yaya dabarar inverter da ƙarfi kunna / kashe batirin ke aiki?

Q22: A karkashin abin da ake amfani da aikin aikin gaggawa na gaggawa zai yi aiki lokacin da aka haɗa baturi tare da inverter?

Q23: Shin kuna da wani aiki don daidaita Soci tsakanin fakitoci biyu?

Q24: Wannan baturin zai iya gudu tare da sauran masu jan hankali?

Q1: Yaya Rena1000 taru?

Q2: Wane irin batir1000 tantancewar batir wannan batir da aka yi amfani da shi?

Q3: Menene ma'anar Soc na wannan sel din?

Q4: Menene ƙarfin kowace baturi?

Q5: Yadda za a yi la'akari da yanayin shigarwa?

Q6: Menene ma'anar aikace-aikace tare da jerin Rena1000?

Q7: Menene na'urorin kariyar kariya da matakan wannan samfurin?

Q8: Menene PDU?

Q9: Menene cajin da fitarwa daga baturin?

Q10: Shin wannan samfurin yana buƙatar tabbatarwa yayin gwajin?

Q11. Mene ne babban daidaitaccen abu mai kyau?

Q12. Menene Smart Temp Tempe Gudanarwa?

Q13. Menene ayyukan da ake nufi da yanayin da yawa?

Q14. Yadda za a tallafa wa Matakan EPS-Match da aiki na Microgrid?

Q15. Yadda ake fitarwa data?

Q16. Ta yaya zuwa Matsakaicin Kulawa?

Q17. Faɗakarwa ta Rena1000?

Q18. Shin Rena1000 rikitarwa don shigar?

Q19. Shin ana iya gyara Rena1000 EMS kuma saita bisa ga buƙatun abokin ciniki?

Q20. Har yaushe ne lokacin garanti na Rena1000?

Q1: Za ku iya gabatar da Jeac Ev Caja?

Q2: Wane irin da samfurin caja Tashar caja ya dace da wannan cajin?

Q3: Menene ma'anar daidaita ma'aunin sikamaki?

Q4: Menene yanayin aiki da yawa?

Q5: yadda ake tallafawa farashin caji mai ma'ana don adana farashi?

Q6: Shin za mu zabi yanayin cajin?

Q7: Yadda za a san yanayin caji ta nisa?

Q8: Shin mai caji Renac ya dace da sauran samfuran injin ko tsarin ajiya? Idan haka ne, yana buƙatar canzawa?

Q9: Shin kowane mai amfani da hasken rana na iya caji?

Q10: Yadda ake lissafta lokacin caji?

Q11: Shin aikin kariya na caja?

Q12: Shin caja yana goyan bayan katunan RFID da yawa?

Q1: yadda ake haɗa da matattarar matasan guda uku?

Q2: yadda ake haɗa da matasan matasan guda ɗaya?