# Odar BC da aka Yi Rijista Har zuwa 2027: Abin da Ya Canza ga Layin Module

> An yi oda na BC na kasar Sin har zuwa shekarar 2027 yayin da sabon layin BC har yanzu yana bukatar watanni shida zuwa goma sha biyu kafin ya kai cikakken saurin samarwa. Inda jinkirin yake, da abin da za a shirya.

![Odar BC da aka Yi Rijista Har zuwa 2027: Abin da Ya Canza ga Layin Module](https://cdn.ooitech.com/static/upload/image/20261022/2026102223300001.webp)

- ** Ƙungiyar Edita ta Ooitech
- ** 2026-11-07
- ** 0 Ra'ayoyi
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Alhakin edita na wannan labarin yana hannun **Wuhan Ooi Photoelectric Technology Co., Ltd.** An rubuta kuma an duba shi daga ƙungiyar edita ta Ooitech. Duba [manufar edita](/editorial-policy.html) don yadda muke rubutu, inda ake amfani da kayan aikin AI, da yadda za a nemi gyara.

## Odar BC da aka Yi Rijista Har zuwa 2027: Abin da Ya Canza ga Layin Module

**Amsa mai sauri:** A watan Oktoba 2026, rahotannin kasuwanci na kasar Sin da bayanan kamfanoni sun nuna cewa tayin BC na manyan masana'antu ya haura 6.5 GW na shekarar, kuma sun bayyana littattafan oda daga manyan masu kera BC biyu suna gudana har zuwa rabin farko na 2027. Ga layin module, hakan yana canza jerin shirye-shirye maimakon girke-girken walda: rabon cell, lokacin hawa da karfin stringer yanzu suna kayyade ranar isarwa fiye da yadda farashin module yake yi.

## Abin da ya canza a 2026

Kwayoyin back-contact sun shafe shekaru biyar da suka gabata a matsayin samfurin rufin rufi na musamman da ake sayarwa musamman a Turai da Japan, a farashin da yawancin ayyukan manyan masana'antu ba za su biya ba. Rahoton na Oktoba 2026 ya bayyana wata kasuwa daban. Masu siye na gwamnati da suka hada da Datang, Jingneng, CNPC da kungiyar South-to-North Water Diversion sun bude rukunin tayin na musamman na BC a 2026, kuma an bayar da rahoton jimillar adadin ya haura 6.5 GW. Rukunin tayin ba oda ne na siye ba, amma wata cibiyar da ta rubuta rukunin BC kawai a cikin jadawalin sayenta ta riga ta amince da karin farashin a cikin kasafin kudinta.

Lambobin da ke haɗe da manyan masu samarwa biyu suna gaya muku yadda jerin gwanon yake da tsanani. An ba da rahoton AIKO da kusan 15 GW na odar ABC module a hannu, wanda aka yi rajista har zuwa rabin farko na 2027, da kuma 4 GW BC a cikin shirin Datang na 2026–2027. Ana faɗin HPBC 2.0 modules na LONGi a 650–670 W a samarwa na yau da kullum, tare da jimillar jigilar BC da ke tafiya zuwa 100 GW a ƙarshen 2026. GCL ya aika da GPC back-contact modules zuwa ƙasashen waje, TCL Zhonghuan na da odar BC na manyan kamfanoni a Ostiraliya, kuma Trina na cikin tattaunawa kan samfuri da tsarin aiki.

Ka ɗauki waɗannan a matsayin alkaluma da aka ruwaito, ba waɗanda aka tantance ba. Tushen shi ne rahotannin jaridun kasuwanci na China kan bayanan kamfanoni, kuma ba mu tabbatar da kowane ɗayansu da kanmu ba. Abin da ke da muhimmanci ga masana'anta shi ne tsarin da ke bayan lambobin: buƙata ta zo da sauri fiye da ikon yin sel, kuma ana rufe gibin ta hanyar ajiye ƙarfin samarwa maimakon gasar farashi.

| Abin da rahoton Oktoba 2026 ya ce | Abin da yake canzawa ga mai tsara layi |
| --- | --- |
| Adadin tayin BC sama da 6.5 GW a 2026 | Shawarar iya aikin BC ta ƙaura daga zaɓi zuwa jadawali, domin ba za a iya biyan buƙatar manyan kamfanoni da TOPCon modules ba |
| Littattafan oda har zuwa H1 2027 | Kwanan isar da ku ya dogara da rabon sel, don haka layin module dole ne ya kasance a shirye kafin sel su isa, ba bayan ba |
| Sabbin layukan BC suna ɗaukar watanni 6–12 kafin su kai cikakken ƙarfi | Haɓakar, ba siyan ba, ita ce dogon sanda; lokacin jagorancin kayan aiki da ƙaddamarwa suna cikin wannan taga |
| Sel BC galibi ana ajiye su don modules na cikin gida | Samar da sel na kasuwa kaɗan ne, don haka layin BC ba tare da yarjejeniyar sel ba layi ne mara jadawali |
| Ƙarfin sel BC na cikin gida mai yiwuwa ya wuce 100 GW a 2026 | Ƙarfi ba kayan fitarwa ba ne; yawan amfani da rabon sel suna yanke shawarar abin da a zahiri ke fita daga ginin |

## Littafin oda ba kayan fitarwa ba ne

Jumlar da ta fi yin aiki a cikin rahoton ita ce "ƙarfi bai dace da jigilar kaya mai tasiri ba". Layin BC da aka girka da layin BC da ke jigilar kaya a ƙarfi an raba su da abubuwa biyar, kuma ɗaya kawai daga cikinsu kayan aiki ne.

Na farko shine samar da sel. Idan manyan masu kera BC biyu suka ajiye sel ɗinsu don modules ɗinsu, masana'antar module ta kasuwa tana fafatawa don ragowar, kuma ragowar suna tafiya sannu saboda kowace sel da take sayarwa module ne da ba za ta iya jigilar kanta ba. Na biyu shine koyon tsari. Sel na baya-baya yana sanya dukkanin polarity biyu a saman ɗaya, wanda ke juya tashar walda zuwa matsalar daidaitawa da taga da ake auna ta da dubun micron; koyon ma'aikaci a wannan tashar ya fi na sel busbar tsawo, kuma yana bayyana a yawan samarwa na farko, ba a ƙarfin da aka rubuta ba. Bangaren sel na wannan matsala ya cancanci fahimta kafin ka sayi wani abu: tsarin baya shine ke sa haɗin ya zama mai wahala, kuma [tsarin yin sel shine ke yanke shawarar yawan haƙuri da za ka samu](https://www.ooitech.com/why-bc-cells-are-hard-to-make-aiko-self-masked-two-step-process.html).

Na uku shine ɗaukar hoto da halayen lamination. Tsarin gefen baya da ƙananan pads da layukan manne yana buƙatar layin ya zama mai lebur sosai don fim ɗin ya gudana a kansa ba tare da kama iska ba, kuma ana gano hakan a kan injin lamination, ba a kan zane ba. Na huɗu shine takaddun shaida: duk wani canji na mai samar da sel, ribbon, encapsulant ko flux yana sake saita wani ɓangare na aikin cancanta. Na biyar shine wanda babu wanda ke kasafta masa kuɗi, wanda shine dukkanin huɗun da ke sama suna haɗuwa, don haka layin yana kaiwa ga ƙarfin da aka ƙididdige shi watanni bayan an sanya hannu kan injin na ƙarshe.

Muna gudanar da layukan baya-contact a kan injinan laminators masu dumama da mai tare da fitar da iska matakai da yawa, muna sarrafa daidaiton zafin jiki a cikin ƙwayoyin 130 zuwa 170 μm domin encapsulant ya narke cikin sauƙi cikin tsarin baya ba tare da kama kumfa na iska ba.

Shi ya sa aka ruwaito 6–12 watanni na hawan layin BC sabon ba uzuri na tallace-tallace ba ne. Siffar al'ada ce ta hawan baya-contact, kuma ita ce lambar da za a yi shiri da ita lokacin da kyautar kwangila ta sanya ranar bayarwa a kan teburinka.

## Me ya sa tashar stringing ita ce ƙofa mafi jinkiri

A kan tantanin halitta na gaba-contact, ribbon ɗin yana sauka a kan busbar pad mai faɗin milimita da yawa, kuma ko da an yi karkata akwai ƙarfe a ƙarƙashin haɗin. A kan tantanin halitta na baya-contact, irin wannan karkatar na iya sanya tsiri tsakanin yatsu biyu na juna dabam-dabam, wanda ba haɗi mai rauni ba ne amma gajeriyar hanya. Don haka haƙurin sanyawa ya daina zama tambayar daidaita inji ya zama tambayar aunawa: dole ne ka san inda gefen pad yake, a kan kowane tantanin halitta, cikin aikin. Idan injiniyoyin tashar sababbi ne a gare ka, [jerin aikin narkewar waya don ƙwayoyin BC](https://www.ooitech.com/bc-solar-cells-explained-structure-differences-manufacturing-process-and-string-soldering-principle.html) yana tafiya ta kowane tasha.

Sakamako uku ne suka biyo baya, kuma na inji ne maimakon na ƙarfe. Dole ne daidaitawa ta kasance ta hanyar gani, domin matsewar inji ba za ta iya ganin kushin ba. Dole ne ƙarfin riƙewa ya kasance ƙasa kuma daidai, domin tantanin 130–170 μm mai cikakken tsarin haɗin baya yana tsagewa maimakon lanƙwasa. Kuma dole ne ribbon ɗin ya kasance lebur, domin waya mai zagaye tana taɓa kushin lebur a kan layi maimakon yanki. Aikin narkewar ƙarfe da kansa — jika, haɓakar intermetallic, daskarewa — ba ya canzawa sosai; gami iri ɗaya na tushen tin ne yake yin abubuwa uku iri ɗaya.

Wannan kuma shine dalilin da ya sa bambance-bambancen 0BB suke da muhimmanci a nan. Haɗin manne-aya, tef da cikakken fim duk suna motsa wani ɓangare na haɗin zuwa wani mataki na gaba a cikin tsari, wanda ke rage lokacin da tantanin yake zafi kuma yana faɗaɗa taga tsarin, amma kuma yana motsa gano haɗin mara kyau zuwa ƙasa. Lalacewar da a da ake kamawa a injin stringer yanzu tana bayyana bayan lamination, lokacin da module ɗin ya fi daraja sosai. Ga layin da ke shirin haɓakar BC, wannan ciniki ya cancanci fahimta kafin kayan aiki su iso, ba bayan ba.

Hanyar da ta dace don karanta shirin ƙarfin BC ita ce a mayar da gigawatts zuwa stringer-years. Ka ɗauki module na 650 W, 132 half-cells a cikinsa, 2,400 half-cells a kowace awa a kan inji na ajin SS-2500B da kusan 6,000 awanni masu amfani a shekara: stringer ɗaya yana rufe kusan 71 MW na fitar da module a shekara, don haka gigawatt ɗaya ya kai kusan injuna goma sha huɗu. Gigawatts goma sha biyar na oda da aka yi rajista sun kai kusan stringer-years ɗari biyu na aiki. Ka kwatanta wannan da hawan da zai ɗauki wata shida zuwa goma sha biyu, sai jerin ya daina kama da labarin talla ya fara kama da lissafi.

Waɗannan ƙididdiga namu ne da aka buga da aka yi amfani da su a matsayin misali, ba da'awa game da masana'antar wani ba. Adadin half-cells, yawan kayan da ake sarrafawa a kowace awa da awanni da ake da su duk suna canza amsar da goma sha ɗari bisa ɗari. Hanyar ita ce ke tafiya: fara auna ƙarfin stringing, sannan sauran layin.

## Abin da za ka iya shiryawa kafin cells su iso

Idan layinku yana jira don ƙwayoyin BC, yawancin aikin ramp ɗin za a iya yi kafin lokaci. Yi walda rukunin cancanta daga kowane tushen tantanin da aka nufa akan injin da kuke da shi da gaske, ba akan na'urar nuni ba, kuma rubuta abin da haɗin gwiwar ke yi a gefunan taga. Wannan aiki ɗaya yana mai da abin da ba a sani ba zuwa ɗakin ajiyar girke-girke, kuma shi ne bambanci tsakanin layin da ke farawa da 90% da layin da ke farawa da 60%.

Shiri na biyu shi ne a kiyaye dandamali iya canza samfur ba tare da sake gina inji ba. Layin da ke buƙatar canjin kayan aiki tsakanin rukuni na TOPCon da rukuni na BC yana rasa kwanaki a kowane sauyi, kuma layin da ke da girke-girke mai iya sauyawa da mai ɗauka gama gari yana rasa sa'o'i. Idan kuna tsammanin gudanar da fasahohin biyu na shekaru biyu yayin da kasuwa ke yanke shawara, wannan bambancin shi ne duk hujjar kasuwanci.

| Abun shiri | Me ya sa yake da muhimmanci fiye da BC | Shaida da za a nema |
| --- | --- | --- |
| Rukunin cancanta ga kowane tushen tantanin | Manna, siffar yatsa da faɗin pad sun bambanta da mai yi, kuma girke-girken yana bin tantanin | Amfanin farko da ƙarfin barewa ga kowane tushe, akan injinku |
| Haƙuri na ajiya a microns | Tsiri da aka yi kuskure na iya haɗa kishiyoyin polarity maimakon yin ƙarancin haɗi kawai | Rarraba ma'aunin karkata da aka auna a cikin cikakken aiki, ba guda ɗaya mai kyau ba |
| Saitin ƙarfi da daidaito | Ƙananan sel masu ƙaramin tsari na baya suna tsagewa a ƙarƙashin ƙarfi da sel ɗin busbar ke jurewa | Adadin karyewa bayan walda, bisa kaurin sel |
| Bincike bayan walda | Ƙananan tsagewa kusa da pad na iya rashin bayyana a gwajin ja da haɗin gwiwar ke tsira | Hotunan EL da aka kwatanta kafin da bayan stringing |
| Lokacin sauya samfur | Littafin oda gauraye yana nufin sauya tsakanin fasahohi a cikin mako ɗaya | Sauyi da aka rubuta tare da gwajin lokaci, ba ƙiyasi ba |

## Bangaren saye ya riga ya canza

Masu haɓakawa da EPCs da aka ambata a cikin wannan rahoto sun bayyana wata tattaunawa ta daban da wadda suka gudanar shekaru biyu da suka wuce. Tambayar ba ita ce kuɗin da module ɗin ke ci ba; ita ce wace damar samarwa ce ke akwai. Yarjejeniyoyin dogon lokaci da ke kulle adadi, da kuma ajiyar wuri na gaba na ƙarfin layi, suna zama hanyar da aka saba amfani da ita wajen siyan BC modules a China, kuma ayyukan da ba a yi rajista da wuri ba ana tura su zuwa shekara mai zuwa.

Wannan ɗabi'ar tana tafiya zuwa sama. Idan abokan cinikinka suna ajiye ƙarfin layinka, kai ma kana ajiye samar da cell ɗinka da kayan aikinka haka. Shawarar BC da ke farawa lokacin da aka sanya hannu kan tayin za ta kasance a makare koyaushe, domin rabon cell, lokacin jira na inji da haɓakawa suna haɗuwa ne maimakon yin layi.

## Karanta rukunin tayin BC kafin ka amsa shi

Rukunin BC na kamfanin wutar lantarki injiniya ne ya rubuta wanda ya riga ya yanke shawarar abin da module ɗin dole ya yi, kuma takardar yawanci tana faɗi fiye da kan layi fiye da kan farashi. Rukunin wutar lantarki shine abu na farko da za a duba da iyawar ka. Rukunin da ke buƙatar bin 650 W daga cells da ke samar da 670 W a hannun mai kaya yana barin ka da kasafin asara don stringing, layup da lamination; idan yawan amfanin ka na farko har yanzu yana koyo, wannan kasafin shine bambanci tsakanin jigilar kaya da sake yin aiki.

Abu na biyu da za a karanta shi ne yadda kuri'ar ke bayyana dubawa. Modulu masu tuntuɓar baya suna ɓoye wani ɓangare na haɗin gwiwarsu a baya, don haka dole ne a karanta ma'aunin EL da ma'aunin gani tare da ginin modulu. Idan takardar neman tayin ta ɗauka hoton EL na gefen baya a wani ƙayyadadden ƙuduri, tashar bincikenka dole ne ta iya samar da shi, kuma wannan shawara ce ta saye maimakon ta aiki.

Na uku shi ne lissafin kayan da ke bayan garanti. Manne mai rufi, flat ribbon, encapsulant da akwatin haɗin wuta duk suna bayyana a cikin fayil ɗin cancanta, kuma kuri'ar da ta kayyade ɗayansu tana cire ikonka na maye gurbinsa yayin haɓakawa. Ya kamata a tabbatar kafin ka sa hannu, domin maye gurbin da ka shirya a matsayin hanyar rage kuɗi na iya zama an riga an cire shi.

- Rukunin wutar lantarki da hasarar da yake nuna wa layinka
- Ma'aunin karɓar EL da na gani, gami da hoton gefen baya
- Waɗanne kayan da garanti da fayil ɗin cancanta suka kayyade
- Ko ginin modulu yana ɗaukan haɗin manne, tef ko fim
- Jadawalin isarwa da ya dace da ranar haɓakawarka ta gaske, ba ranar farantin sunanka ba

Babu ɗaya daga cikin wannan da ba a sani ba. Jerin iri ɗaya ne da za ka karanta don kowane tayin, wanda aka yi amfani da shi ga samfur wanda hanyoyin gazawarsa suke a gefen da ba za ka iya gani daga gaba ba.

## Hanyoyi uku na ƙara ƙarfin BC

Babu amsa ɗaya daidai, akwai tsari uku kawai da ke da bambancin bayanan haɗari. Yanke shawara wanne kake ciki kafin ka nemi farashi, domin kayan aiki, ma'aikata da aikin takaddun shaida sun bambanta.

### Ƙara iyawar BC ga layin da kake aiki da shi

Idan dandalin da kake da shi ya riga ya iya sarrafa ƙananan sel kuma yana da daidaitawar gani, kuɗin da za a ƙara shine ɗakin karatun girke-girke, rukunin cancanta ga kowane tushen sel da sake horarwa. Zaɓi wannan lokacin da BC wani ɓangare ne na littafin oda naka maimakon duka, kuma lokacin da abokan cinikinka suka yarda da mai bayarwa na fasaha gauraye.

### Gina layin BC na musamman

Idan littafin oda ya kasance BC-first kuma adadin ya ba da izini, layi na musamman yana kawar da hukuncin sauyawa kuma yana ba ka damar daidaita kowane tasha don samfur ɗaya. Zaɓi wannan lokacin da kake da yarjejeniyar tantanin da ta shafi haɓakawa, domin layi na musamman tare da ƙarancin samar da tantanin shine hanya mafi tsada don ɓata jari.

### Tsaya kan TOPCon kuma saya BC modules

Idan kasuwarka ba ta buƙatar BC ba tukuna kuma adadinka kaɗan ne, sayan kammalallen BC modules don ayyukan da suke buƙatar su yana barin jari kyauta. Zaɓi wannan lokacin da abokin cinikinka ne ke biyan ƙarin kuɗin BC maimakon kai, kuma sake duba shawarar lokacin da wani tayin da kake so ya buƙaci samar da BC kawai.

## Abin da zai canza wannan hoton

Abubuwa biyar sun cancanci kallo, kuma kowannensu yana motsa hoton ta wata hanya dabam. Samar da tantanin kasuwa ita ce ta farko: idan manyan masana'antun biyu suka fara sayar da BC cells a waje da yawa, haɓakar module ba zai ƙara kasancewa a ƙarƙashin rarrabawa ba. Rage azurfa da sauƙaƙa tsari su ne na biyu: dukansu suna rage gibin kuɗi wanda a halin yanzu ke tabbatar da ƙarin kuɗin. Na uku shi ne ko tayin kayan aiki na ci gaba da rubuta sassan BC na musamman, wanda shine abin da ya mayar da samfurin rufin gida ya zama samfurin kayan aiki tun farko.

Na huɗu shine hanyar haɗin kai. Idan hanyoyin manne da fim na salon 0BB sun girma, tashar haɗa igiya ta zama ƙasa da cikas kuma injin laminator ya zama babban cikas, wanda ke canza inda layi ya kamata ya kashe jarin sa. Na biyar shine kawai lanƙwan samarwa: mai kaya da ke buga kashi 98% na samarwa na farko a cikakken sauri yana gaya maka wani abu daban da wanda ke buga ƙarfin da aka rubuta.

Don hana matakin lamination hana saurin layi, muna haɗa laminators na ɗaki biyu tare da matakan dumama da sanyaya da aka raba, suna kiyaye canjin zafi akai-akai a cikin modules 132 na rabin-cell yayin dogon zagayen warkewa.

## Tambayoyin da ake yawan yi

### Shin jerin odar BC na gaske ne ko kuwa ƙarfin da aka sanar?

Dukansu suna nan, kuma rahoton yana haɗa su. Odar da ke hannu da ƙarfin da aka girka lambobi ne daban; abin da ke da muhimmanci ga ranar bayarwa shine samarwa da aka daidaita da samarwa, wanda ba a bayyana shi ba. Nemi adadin jigilar kaya ko kuɗin shiga, ba gigawatts da aka rubuta ba.

### Shin za a iya canza layin TOPCon da ke akwai zuwa BC?

A wani ɓangare. Mai yin igiya yana buƙatar daidaitawar gani da ƙaramin ƙarfi mai faɗi da ƙasa, kuma tashoshin ajiya da lamination suna buƙatar sarrafa tsarin gefen baya. Yawancin layin ba su canza ba, wanda shine dalilin da ya sa ƙara ikon BC zuwa dandamali da ke akwai yawanci ya fi arha fiye da sabon gini.

### Me ya sa layin BC ke ɗaukar watanni shida zuwa goma sha biyu kafin ya kai cikakken ƙarfi?

Saboda ƙuntatawa suna taruwa maimakon yin layi: rarraba tantanin halitta, koyon daidaitawa, halayen lamination, takaddun shaida na kowane kayan da aka canza, da inganta amfanin farko duk suna gudana a lokaci ɗaya. Babu ɗayansu da ke jinkiri da kansa; tare suna tsara kalanda.

### Girawa nawa ne gigawatt ɗaya ke buƙata?

Tare da modules 650 W, rabin-tantani 132 kowanne, rabin-tantani 2,400 a kowace awa da awanni 6,000 na aiki, kusan goma sha huɗu. Canza kowane ɗayan waɗannan zato kuma amsar tana motsawa da goma sha ɗari bisa ɗari, don haka yi lissafin da tsarin tantanin halittarka da tsarin aiki naka.

### Shin BC yana buƙatar ribbon daban?

Yawanci ribbon mai faɗi maimakon mai zagaye, saboda kushin baya shimfiɗaɗɗen wuri ne mai ƙayyadadden faɗi kuma waya mai zagaye tana taɓa shi ne kawai a kan layi. Kauri da taurin rufi suna kasancewa a cikin kewayon al'ada, ko da yake taurin dole ya dace da tantanin halitta mai sirara.

### Me game da HJT da TOPCon yayin da BC ke haɓaka?

Dandali da ke riƙe da ɗakin girke-girke na iya gudanar da duka ukun. HJT yana saita iyakar zafin aiki, TOPCon da BC suna cikin kewayon makamancin haka, kuma kayan aikin injin ba sa buƙatar canzawa tsakanin su idan mai ɗauka da tsarin daidaitawa na gama gari ne.

### Shin ina buƙatar sabuwar takaddun shaida don yin BC modules?

Ee ga duk wani abu da ke canza lissafin kayan aiki ko ginin tantanin. Cancantar IEC tana da alaƙa da ƙira da kayan da aka gwada, don haka sabon nau'in tantanin ko sabon mai rufewa yana nufin wani ɓangare na shirin gwajin ya sake gudana. Tsara shi cikin haɓakar, ba bayansa ba.

### Idan BC ya ƙare, shin hakan yana ƙara farashin modules?

Yana tallafawa ƙarin farashi maimakon hauhawar farashin nan take, saboda masu siye kayan aiki ne a kan yarjejeniyoyin dogon lokaci. Tasirin da ake gani shine lokacin jira da rabo, tare da farashi yana motsawa a hankali fiye da samuwa.

## Tunani na ƙarshe

Labarin BC a watan Oktoba 2026 hakika labarin tsarin lokaci ne. Ana yin rijistar buƙata, ana ware sel, kuma masana'antun da za su yi nasara a cikin shekaru biyu masu zuwa su ne waɗanda suka ɗauki haɓakar a matsayin samfur maimakon jinkiri. Idan kana shirin layin BC, fara auna ƙarfin stringing, tabbatar da haɗin gwiwa a kan rukunin cancanta daga kowane tushen sel, kuma ka sa dandamali ya iya komawa baya. Kasuwa za ta yanke shawarar nawa BC take so; kalanda za ta yanke shawarar wanda zai iya bayarwa.

**Karatun da ke da alaƙa:**

- [Dacewar BC Cell: Masana'antai Shida, Injin Tabber Stringer Ɗaya](https://www.ooitech.com/ooitech-bc-cell-compatibility-test-six-makers-one-tabber-stringer.html)
- [Me Yasa Ƙirƙirar Ƙwayoyin BC Ke Da Wuya: Tsarin Mataki Biyu na AIKO Mai Rufe Kai](https://www.ooitech.com/why-bc-cells-are-hard-to-make-aiko-self-masked-two-step-process.html)
- [An Bayyana Sel ɗin Hasken Rana na BC: Tsari da Tausa na String](https://www.ooitech.com/bc-solar-cells-explained-structure-differences-manufacturing-process-and-string-soldering-principle.html)
- [0BB a kan Sel Hasken Rana Masu Tuntuɓar Baya: Ribar da Iyakokin Samarwa](https://www.ooitech.com/0bb-on-back-contact-solar-cells-gains-and-yield-limits.html)
- [Me yasa BC Solar Cells ke buƙatar manne mai rufe baya?](https://www.ooitech.com/why-do-bc-solar-cells-need-insulating-glue-on-the-back.html)
- [Injin Tabber da Stringer: Yadda Yake Aiki, Yadda Za a Zaɓa](https://www.ooitech.com/tabber-and-stringer-machine-how-it-works-how-to-choose.html)
- [SS-2500B Cikakken Atomatik na Tabber Stringer na Sel ɗin Hasken Rana](https://www.ooitech.com/SS-2500B-Full-Automatic-Solar-Cell-Tabber-Stringer-Machine-High-Speed-Production-Line-Equipment.html)
- [SS-1500B Atomatik Injin Waldar Hasken Rana](https://www.ooitech.com/SS-1500B-Automatic-Solar-Cell-Welding-Machine-High-Speed-Tabber-Stringer-for-BC-TOPCON-PERC-Cells.html)

OOITech tana samar da ɗaki ɗaya da biyu [injin laminator na panel na hasken rana](https://www.ooitech.com/solar-panel-laminator-machine.html) tare da dumama wutar lantarki ko mai na thermal don layukan module na bayan-tuntuɓa da haɗaɗɗiya. Idan kana daidaita tsarinka don ƙarancin tazara na bayan-tuntuɓa, aika zanenka, tarin module, ko samfurin sel zuwa ƙungiyar injiniyanmu don gwajin lamination da kimanta yanayin zafi.

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### Nemi Farashi

Duk abubuwan da aka ɗora suna da tsaro kuma sirri ne.

## Muna isar da gwanintar da za ka iya amincewa sabis ɗinmu

Kayan aiki kai tsaye daga masana'anta.

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### Fa'idodin Rage Kuɗi

Muna ba da ƙima ta musamman, muna haɓaka sakamako yayin da muke rage kasafin kuɗi ga abokan ciniki.

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### Ƙungiyar Ƙwarewarmu

Kwararrun ma'aikatanmu sun ƙware a sababbin hanyoyin magance matsaloli da dabarun da aka keɓance.

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### Fiye da Shekaru 15 na Ƙwarewar Masana'antu

Ƙwarewa mai zurfi tana tabbatar da sakamako masu dogaro, masu bin zamani, da tabbatattu don nasara.

![](https://cdn.ooitech.com/static/upload/image/20250910/1757477357667605.webp )

![](https://cdn.ooitech.com/static/upload/image/20250910/1757477724911512.webp)

![](/template/ooitech/assets/img/shape/06.png)

## Abin da Abokin Cinikinmu Ya ce game da mu

Shaidun abokan ciniki sun yaba da zurfin fahimtarmu game da ƙalubalen su, wanda ke haifar da sababbin hanyoyin magance matsaloli da riba mai ƙarfi. Haɗin gwiwa na dogon lokaci—wasu fiye da shekaru goma—suna nuna amincewarsu da gamsuwa. Labaran nasarar su suna motsa mu don ci gaba da wuce tsammanin su. [Ƙara Sani **](#quote-form)

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Na sake godewa sosai don babban taimako na inganta da gyara masana'anta da kuma koya wa ma'aikata yadda ake amfani da injinan

![](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1757479675272137.webp)

### Mark

BIPV Philippines

![](/template/ooitech/assets/img/icon/quote.svg)

Godiya ga Ooitech don samar da kayan aikin gwajin ƙwayar hasken rana na BC da suka dace sosai.

![](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1776426122864564.webp)

### KTECH

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Godiya ga Ooitech don samar da kayan aikin samarwa na atomatik cikakke—shigar da ku da sabis na bayan siyarwa sun yi kyau sosai.

![](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026041720921238.webp)

### Amjad

![](/template/ooitech/assets/img/icon/quote.svg)

Mutum mai babban rai. Na gode sosai da ziyarar ku Mista Wu. Na gode sosai da ayyukan da aka bayar wajen shigar da kayan aiki da horar da dalibai na. Mutum mafi kirki kuma ƙwararre a fanninsa.

![](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026041716444445.webp)

### Jizzakh Polytechnic Institute

![](/template/ooitech/assets/img/icon/quote.svg)

na gode da goyon bayan ƙwararrun ooitech da sabis na bayan lokaci.

![](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1784509010217979.webp)

### Diarra Daga Afirka

## Sabbin Kayayyakin Mu

![Injin Ribbon PV: Zaren Waya don Ribbon Solar](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026051187922761.webp)

- [** ooitech](./wire-drawing-machine-for-solar-ribbon-production-line.html)
- [** 734](./wire-drawing-machine-for-solar-ribbon-production-line.html)

### Injin Ribbon PV: Zaren Waya don Ribbon Solar

Ƙwararren injin zana waya na tsakiya don layin samar da ribbon na hasken rana, yana da ƙirar kwance mai axis huɗu

![C350-SZM Injin Yanke da Lanƙwasa Ribbon Busbar: 2-8mm](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026032780265832.webp)

- [** Rachael](./PV-Bus-Door-Glyph-Bend-Cutting-Machine-C350-SZM-Advanced-Solar-Module-Interconnect-Forming-Equipment.html)
- [** 46978](./PV-Bus-Door-Glyph-Bend-Cutting-Machine-C350-SZM-Advanced-Solar-Module-Interconnect-Forming-Equipment.html)

### C350-SZM Injin Yanke da Lanƙwasa Ribbon Busbar: 2-8mm

Injin lanƙwasa da yanke busbar C350-SZM – lanƙwasawa ɗaya/biyu mai shirye-shirye don busbars na jan ƙarfe mai tin. Yana goyan bayan gilashi biyu &amp

![Injin Kera Faifan Rana: Jagora Ta Kowane Tasha](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774262936967131.webp)

- [** ooitech](./solar-panel-manufacturing-machine.html)
- [** 83](./solar-panel-manufacturing-machine.html)

### Injin Kera Faifan Rana: Jagora Ta Kowane Tasha

Jagora ta kowane tasha ga kowace injin kera faifan rana: yankan tantanin, tabbing, layup, bussing, lamination, framing, gwaji.

![Injin Yanke Laser Cell Solar Mara Lalacewa](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774252043927784.webp)

- [** ooitech](./GYM-HP8000-Non-Destructive-Solar-Cell-Laser-Cutting-Machine-Advanced-TCS-Technology-for-High-Efficiency-Cell-Production.html)
- [** 47419](./GYM-HP8000-Non-Destructive-Solar-Cell-Laser-Cutting-Machine-Advanced-TCS-Technology-for-High-Efficiency-Cell-Production.html)

### Injin Yanke Laser Cell Solar Mara Lalacewa

Injin yanke laser cell solar mara lalacewa na ƙwararru GYM-HP8000 tare da fasahar TCS, yana samun ƙarfin 7600pcs/h, adadin karyewa 0.03%

![SAW-100A Injin shimfiɗa da haɗa bas: ≤0.3% karyewa](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774349342486074.webp)

- [** Rachael](./automatic-layup-and-bussing-integrated-machine-saw-100a-solar-panel-production-equipment-ooitech.html)
- [** 19750](./automatic-layup-and-bussing-integrated-machine-saw-100a-solar-panel-production-equipment-ooitech.html)

### SAW-100A Injin shimfiɗa da haɗa bas: ≤0.3% karyewa

Injin Haɗa Layup & Bussing ta Atomatik na Ooitech SAW-100A yana ba da layup na igiyar tantani mai inganci da walda busbar ta ƙarshe tare da babban

![Injin Ribbon PV — Layin Zana Waya da Tinning](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026051111285937.webp)

- [** ooitech](./photovoltaic-ribbon-wire-drawing-and-tinning-integrated-production-line.html)
- [** 894](./photovoltaic-ribbon-wire-drawing-and-tinning-integrated-production-line.html)

### Injin Ribbon PV — Layin Zana Waya da Tinning

Layin haɗaɗɗen zana waya da tinning na ribbon photovoltaic: yadda ake zana ribbon na rana mai zagaye da lebur, shafa da kunsa a cikin tafiya ɗaya, tare da dubawa.