# Ingancin Module da Ƙarfi: Me Ya Sa 740 W Zai Iya Kasancewa Ƙasa da 675 W

> Ingancin module yana raba wutar lantarki da yanki, don haka babban module na 740 W zai iya zama ƙasa da na 675 W. Abin da kowace lamba ke gaya maka, da wacece rukunin yanar gizonka ke buƙata.

![Ingancin Module da Ƙarfi: Me Ya Sa 740 W Zai Iya Kasancewa Ƙasa da 675 W](https://cdn.ooitech.com/static/upload/image/20261017/2026101755555555.webp)

- ** Ƙungiyar Edita ta Ooitech
- ** 2026-10-26
- ** 0 Ra'ayoyi
- ** [Blog](./Blog.html)

## Ingancin Module da Ƙarfi: Me Ya Sa 740 W Zai Iya Kasancewa Ƙasa da 675 W

**Amsa mai sauri:** Ingancin module shine wutar module da aka raba da yankin module, wanda aka auna a 1000 W/m², don haka rabo ne kuma ana iya kwatanta shi a tsakanin girma dabam dabam. Wutar lantarki ba rabo ba ce. Shi ya sa module na 3.11 m² mai ƙimar 740 W ke ƙasa da module na 2.70 m² mai ƙimar 675 W: babban module yana samun kusan 15% a yanki don samun kusan 10% a wutar lantarki, kuma fitarsa a kowace murabba'in mita ta fi ƙasa. A kan rufi, inda yanki ke tsayayye, inganci ne ke yanke hukunci. A ƙasa, inda yanki ba shi ne cikas ba, wutar kowane module da kuɗin kowace watt yawanci su ne ke yanke hukunci.

Kowace takardar bayanan module tana ɗauke da lambobi biyu da abokan ciniki ke kwatanta kamar abu ɗaya ne. Ɗaya kashi ne a cikin ƙananan ashirin. Ɗayan kuma wattage ne a cikin ɗaruruwa. Suna da alaƙa, amma suna amsa tambayoyi daban-daban, kuma shawarar saye da ke karanta ɗaya ta yi watsi da ɗayan yawanci tana ƙarewa da biyan kuɗin abin da bai dace ba.

Rikice-rikicen abin fahimta ne. Duka lambobin biyu sun fito ne daga ma'auni ɗaya a yanayin gwaji na daidaitacce, kuma dukansu suna ƙaruwa tare lokacin da samfur ya inganta. Bambancin yana bayyana ne kawai lokacin da ka kwatanta modules biyu masu girma dabam, wanda shine ainihin kwatancen da mai siye dole ya yi.

Wannan shafin yana aiki da lissafin, yana duba abin da kowane ɗayan manyan nau'ikan fasaha uku ke da kyau a ciki a ƙarshen 2026, kuma yana ƙarewa da inda lambobin biyu suka kai akan layin samarwa. An bar sunayen kamfanoni da lambobin samfuri da gangan: manufar ita ce hanyar kwatance, ba wani samfur na musamman ba.

## Inganci shine wuta da aka raba da yanki

Ma'anar gajera ce. Ingancin module shine ƙarfin da aka ƙididdige shi da aka raba da samfurin tsawonsa, faɗinsa da 1000 W/m², hasken rana a yanayin gwaji na daidaitacce. Babu wani abu kuma a cikin dabarar. Ƙididdigar zafin jiki, bifaciality, lalacewa da garanti duk suna waje da ita.

Saboda mai rarrabawa ya ƙunshi yanki, wannan kaso ɗaya na iya bayyana nau'ikan nau'ikan girma daban-daban. Wani nau'i na 2.04 m² a 25% shine 510 W. Wani nau'i na 2.70 m² a wannan 25% shine 675 W. Dukansu suna amfani da kusan 250 W a kowace murabba'in mita, wanda shine ainihin abin da inganci ke bayyanawa.

| Ajin tsari | Girma (mm) | Yanki (m²) | Ƙarfin da aka ƙididdige | Fitowa a kowace m² | Inganci |
| --- | --- | --- | --- | --- | --- |
| Tuntuɓi na baya, ƙaramin tsari | 1800 × 1134 | 2.04 | 510 W | 250 W | 25.0% |
| Tuntuɓi na baya, babban tsari | 2382 × 1134 | 2.70 | 675 W | 250 W | 25.0% |
| TOPCon, babban tsari | 2382 × 1134 | 2.70 | 650 W | 241 W | 24.1% |
| HJT, babban tsari sosai | 2384 × 1303 | 3.11 | 740 W | 238 W | 23.8% |

Karanta ginshiƙai uku na ƙarshe tare kuma tsarin yana bayyane. Layukan tuntuɓi na baya guda biyu suna amfani da 250 W a kowace murabba'in mita a girma daban-daban, don haka suna ɗauke da inganci ɗaya. Layin TOPCon ya yi daidai da babban module ɗin tuntuɓi na baya a faɗi amma yana samar da 25 W ƙasa, kuma layin HJT yana samar da mafi yawan wuta daga duka huɗun yayin da yake amfani da mafi ƙarancin samansa ga kowace watt.

## Me ya sa module ɗin 740 W zai iya kasancewa ƙasa da module ɗin 675 W

Tebur na inganci yana jera bisa ga rabo, ba bisa ga adadin watt ba, kuma hakan yana haifar da sakamakon da yake kama da kuskure har sai ka yi rabon. Module ɗin 3.11 m² yana da kusan 15% ƙarin faɗi fiye da module ɗin 2.70 m² da kusan 9.6% ƙarin wuta. Faɗin ya fi wuta girma, don haka ingancin ya ragu, kuma module ɗin yana sauka a jerin duk da cewa shi ne mafi ƙarfin samfur a cikinsa.

Jadawalin yana sa dangantakar ta bayyana a hanyar da tebur ba ya yi. Kowace layin diagonal matakin inganci ɗaya ne, domin ikon da aka raba da yanki yana dawwama a kanta. Matsayin module a sama ko ƙasa da layin diagonal shine ingancinsa, kuma nisan tsaye tsakanin modules biyu a yanki ɗaya shine bambancin ikonsu. Modules biyu na iya zama a inganci ɗaya kuma su yi nisa a tsaye; modules biyu na iya zama a iko ɗaya kuma su yi nisa a kwance.

Wannan kuma shine dalilin da yasa rikodin ikon module da rikodin inganci ba abu ɗaya bane. Sabon rikodin iko yawanci yana nufin girman da ya fi girma ko adadin tantanin halitta mafi yawa. Sabon rikodin inganci yana nufin saman ɗaya yana samar da ƙari, wanda abu ne mai wahala a cimma kuma shine wanda ke ciyar da fasahar gaba. Dukansu suna da amfani; ba sa iya musanya juna.

## Rukunin fasaha uku, ƙarfi uku daban-daban

An haɗa su bisa fasaha maimakon kamfani, saman kasuwar kasuwanci a ƙarshen 2026 ya rabu kashi uku. Tuntuɓar baya tana riƙe da mafi girman inganci da aka jera, TOPCon yana riƙe da tsakiyar yawa, kuma HJT yana riƙe da mafi girman ikon module tare da mafi ƙarfin halayen bifacial.

Waɗannan ukun sun bambanta a inda haɗin gwiwar suke da kuma yadda ake yin tuntuɓar, kuma waɗannan bambance-bambancen sun bayyana teburin. Tuntuɓar baya tana sanya duka ƙungiyoyin biyu a bayan, wanda ke kawar da inuwar gefen gaba da busbars da yatsu ke haifarwa, amma kuma yana ƙara matakan aiki; da [iyalin ƙirar tuntuɓar baya](https://www.ooitech.com/bc-ibc-tbc-hbc-hpbc-whats-the-connection-between-all-these-bc-technologies.html) yana nuna hanyoyi nawa za a iya aiwatar da wannan ra'ayi. TOPCon yana ƙara siririn oxide na tunnel da Layer na polysilicon mai doping a tsarin da masana'antar ke gudanarwa a sikelin, wanda shine dalilin da yasa yake cika matakin girma. HJT yana amfani da tarin Layer daban-daban da ƙananan zafin aiki, wanda ke fifita babban bifaciality da ƙaramin ma'aunin zafin jiki.

Sakamako biyu sun biyo baya. Na farko, jeri na matakin aji yana daidaita bambance-bambance na gaske a cikin aji: samfuran TOPCon biyu a cikin mataki ɗaya na iya bambanta a yawan yankin module ɗin da ke aiki. Na biyu, teburin inganci yana jinkiri fiye da abin da ke akwai. Jerin da suka dogara da takardun bayanai da samuwar kasuwanci sun haɗa da samfuran da mai siye zai iya yin oda a yau kawai, don haka sanarwar, rikodin dakin gwaji da layukan gwaji suna bayyana daga baya, idan sun bayyana kwata-kwata. Teburin da aka daskare shaida ne game da saye, ba game da bincike ba.

## Karanta lambobin biyu ba tare da yaudara ba

Inganci da wutar lantarki su ne lambobi biyu da aka fi kwatantawa, kuma ba su kaɗai ba ne ke canza amsar. Wasu biyar suna yanke hukunci ko kwatancen ya yi adalci.

| Parameter | Abin da yake gaya maka | Inda ake kuskuren fassara |
| --- | --- | --- |
| Haƙuri kan wutar lantarki | Yaduwar wutar da ake bayarwa a kusa da ƙimar da aka ƙididdige, yawanci ana bayyana shi a matsayin yanki mai kyau kawai | Ana kwatanta ƙima daga saman yankin da ɗaya daga tsakiya |
| Yanayin gwaji | An bayyana duka lambobin biyu a 1000 W/m², zafin tantanin 25 °C da bakan da aka ayyana | Ana sa ran fitowar filin ta dace da ƙimar da aka ɗauka a cikin gida |
| Matsakaicin zafin jiki | Nawa ne wutar da ake asara a kowane digiri sama da 25 °C, yawanci 0.25% zuwa 0.35% a kowane °C | Ana ɗauka ajin da ke da mafi girman ƙimar faranti zai yi nasara a yanayi mai zafi |
| Ma'aunin bifaciality | Fitowar gefen baya a matsayin kaso na fitowar gefen gaba | Ana kwatanta lambar ba tare da duba hasken baya da aka auna ta da shi ba |
| Takaddun shaida da takardar bayanai | Takaddun shaida na tabbatar da aminci da dorewa; ƙimar takardar bayanai sanarwa ce ta aiki | Ana karanta takardar shaida a matsayin tabbacin aiki |

Matsayin zafin jiki ya cancanci jaddadawa domin yana iya juya jeri da ya yi kama da tabbattu. Module mai girman ingancin faranti da mafi munin ma'aunin zafin jiki na iya samar da ƙarancin kuzari a cikin shekara a wuri mai zafi da haske mai yawa fiye da samfur mai ƙarancin ƙima. Samun kuzari, ba kaso na takardar bayanai ba, shine abin da ake biyan aikin, kuma samun kuzari ya dogara da hasken wurin, zafin jiki da yadda aka ɗora kamar yadda ya dogara da module ɗin.

## Wace lamba wurinka ke tambaya da farko

Ƙuntataccen aikin shigarwa shine ke yanke shawarar tsarin tambayoyin, kuma akwai al'amura guda biyu na gama gari.

### Iyakancewar fili: inganci da farko

Lokacin da rufin ko saman da ake da shi shine babban ƙuntatawa, adadin da ke da muhimmanci shine watts a kowace murabba'in mita. Module mai ƙarin wuta a kowace raka'a na yanki yana samar da ƙari daga ƙaramin fili ɗaya, kuma babban module mai mafi girman wattage amma ƙarancin inganci bazai iya shiga kwata-kwata ba da zarar an cire hanyoyin tafiya, wuraren kariya daga wuta da gefen rufin. Adadin module a wannan yanayin yana bin yankin da ake iya amfani da shi maimakon kasafin kuɗi, don haka tambayar ta zama nawa ne kowace murabba'in mita ke kashewa, ba nawa ne kowane module ke kashewa ba.

### Yanki ba shine ƙuntatawa ba: farashin kowace watt da farko

A ƙasa, inda yawanci ana samun fili kuma ana gina filin don ƙarfin da aka yi niyya, ma'aunin tsarin yana komawa tsakiyar lissafin. Ƙananan da manyan modules suna nufin ƙananan clamps, rails, connectors, haɗin gwiwa da sa'o'in shigarwa a kowace megawatt, wanda shine dalilin da ya sa manyan sifofi ke dawwama ko da ingancinsu ya yi ƙasa da 'yan goma na maki. Sa'an nan ribar bifacial tana ƙara wa hujjar, domin gefen baya yana ba da gudummawar fitarwa wadda adadin ingancin gefen gaba bai taɓa bayyana ba.

## Abin da azuzuwan inganci ke canzawa a layin samarwa

Dukansu lambobin an saita su a sama, kuma suna canza abin da kayan aikin dole su yi. Ga layin, manufofin samarwa ne maimakon lakabi a kan takardar bayani.

- **Tsarin tantanin halitta da adadin yanke.** Ƙara inganci a tsayayyen girman module yawanci yana nufin ƙarin yanke a kowane tantanin halitta, wanda ke ninka adadin guntuwar da injin ɗinka igiya ke sarrafawa da adadin gefunan yanke da dole a wanke su. [Tantattun halitta masu yanke huɗu](https://www.ooitech.com/topcon-four-cut-cells-how-cutting-a-cell-into-four-increases-power-output.html) su ne misalin yanzu na wannan ciniki.
- **Haɗin kai.** Ƙarfin wutar lantarki mai girma da ƙananan ribbons suna tura injin ɗinka igiya zuwa mafi ƙarancin haƙuri na sanyawa da haɗin ƙarancin damuwa; ɓangaren injin na hakan an rufe shi a cikin [yadda injin ɗinka igiya ke aiki da yadda za a zaɓi ɗaya](https://www.ooitech.com/tabber-and-stringer-machine-how-it-works-how-to-choose.html).
- **Tsarin busbar da akwatin haɗi.** Ƙarin yanke da manyan sifofi duka suna ƙara adadin hanyoyin wutar lantarki waɗanda dole su haɗu a gefen module, wanda shine dalilin da ya sa [akwatunan haɗi masu sassa biyu](https://www.ooitech.com/why-topcon-four-cut-modules-need-two-part-junction-boxes-a-look-at-pv-junction-box-evolution.html) suka bayyana tare da shimfidu masu yanke huɗu.
- **Bus da lamination.** Manyan sifofi suna tsawaita busbars kuma suna faɗaɗa yankin da dole a lamination daidai, wanda ke ƙara darajar matsi da yanayin zafin da aka sarrafa.
- **Sarrafawa da samun amfani.** Ƙananan sel da ƙarin guda a kowace module suna juya tambayar samun kaya daga ingancin sel zuwa sarrafa inji, wanda shine inda yawancin asara a cikin layin zamani yake yanzu.

Sakamakon kayan aiki tambaya ce ta tsari maimakon tambayar inji ɗaya: waɗanne tashoshi ne za su canza, a wace tsari, da abin da ya kamata a ƙara. Jerin tashoshi da abin da kowannensu yake yi an bayyana shi a cikin [tashoshin injin kera hasken rana da tsarin layi](https://www.ooitech.com/solar-panel-manufacturing-machine-stations-and-line-layout.html).

## Tambayoyi da Amsoshi

### Shin module mai inganci mafi girma shine koyaushe mafi kyawun zaɓi?

Sai kawai inda fili ya yi ƙaranci ko inda aka yi amfani da filin rufin gaba ɗaya. Inda ƙasa ta kasance, module mai inganci kaɗan a cikin babban tsari zai iya bayar da ƙaramin kuɗi ga kowace watt saboda yana rage yawan sassa da haɗin gwiwa ga kowace megawatt.

### Me yasa ƙananan modules sukan nuna inganci mafi girma?

Saboda ingancin sel da ingancin tsari sun fi sauƙin kiyayewa a kan ƙaramin fili. Filin firam, sel gefe, tazarar tsakanin layukan sel da sararin da busbars ke ɗauka sun fi girma a cikin ƙaramin module, amma fa'idar yawan sel da matsewar tattarawa na iya yin nasara har yanzu. Sakamakon ƙira ne, ba doka ba.

### Shin inganci mafi girma yana nufin ƙarin makamashi a cikin shekara?

Yawanci amma ba koyaushe ba. Yawan amfanin shekara-shekara kuma ya dogara da ma'aunin zafin jiki, bifaciality na shigarwa, lalacewa da hasken rana na wurin da kuma hawa. Modulu biyu da suka bambanta da ɗan ƙaramin maki a inganci na iya musanya wurare da zarar an haɗa waɗannan.

### Menene bambanci tsakanin ingancin tantanin halitta da ingancin modulu?

Bambancin shine asarar tantanin halitta-zuwa-modulu: yankin da firam ɗin ya mamaye da gibin, inuwar ribbon da busbar, asarar juriya a cikin haɗin kai, da asarar gani a gilashin da encapsulant. Adadin modulu koyaushe yana ƙasa da adadin tantanin halitta da aka gina shi daga gare shi, kuma girman gibin sakamakon masana'antu ne maimakon dukiyar tantanin halitta.

### Me yasa babban modulu yake da ƙarancin fitarwa a kowace murabba'in mita?

Ba dole ba ne. Babban modulu yana rasa inganci ne kawai lokacin da ƙarfinsa ya girma a hankali fiye da yankinsa, wanda ke faruwa lokacin da ƙarin yankin ba shi da amfani sosai: ƙarin tsayin busbar, ƙarin yankin gibi, ko tantanin halitta na ƙarancin inganci da aka haɗa cikin firam ɗaya. Inda tantanin halitta suka yi daidai, fitarwa a kowace murabba'in mita tana tsayawa daidai, kamar yadda layukan baya-baya biyu a cikin teburin da ke sama suka nuna.

### Shin bifaciality yana canza wane modulu ya fi kyau?

Yana canza yawan amfanin, ba matsayin gefen gaba ba. Module mai girman bifaciality mafi girma yana samun ƙari daga ƙasa mai haske ko tsayin da aka ɗaga, don haka a cikin shigarwar bifacial, matsayi ta hanyar ingancin gefen gaba na iya juyawa saboda gudummawar gefen baya.

## Tunani na ƙarshe

Inganci da wuta karatu biyu ne na ma'auni ɗaya, kuma duk bambancin da ke tsakaninsu shine ko yanki yana cikin ma'auni. Da zarar wannan ya bayyana, yawancin rikicewar da ke kewaye da teburin inganci suna ɓacewa: module yana matsayi inda yake saboda yawan saman da yake amfani da shi don samar da watt, kuma samfur mai ƙarin watts zai iya zama mafi ƙarancin inganci.

Dokar da ta dace ita ce a yanke shawara wanne daga cikin ƙuntatawa biyu ya fi tasiri a wurin, sannan a karanta wannan lambar da farko kuma a ɗauki ɗayan a matsayin mahallin. A kan rufi wannan yana nufin watts a kowace murabba'in mita. A ƙasa yawanci yana nufin kuɗi a kowace watt, tare da bifaciality da tsari suna yanke sauran.

Bayanin bayanai: ana lissafta inganci a matsayin ƙarfin da aka ƙididdige raba da (tsawo × faɗi × 1000 W/m²). Girman girma, ƙididdigar ƙarfi da ƙimar inganci da aka yi amfani da su ga azuzuwan tsari huɗu suna wakiltar na'urori na kasuwanci da aka jera a rabin na biyu na 2026; fannoni, fitarwa kowace murabba'in mita da layukan inganci na diagonal a cikin ginshiƙi lissafin mu ne. Ba a ambaci wani samfur, samfuri ko kamfani ba. Matsayin matakin aji yana nuna abin da jerin kasuwanci na wata-wata ke bugawa daga takardun bayanai, wanda ke jinkiri bayan sanarwa da sakamakon dakin gwaji. Yanayin gwaji shine daidaitaccen yanayin gwaji sai dai in an faɗa akasin haka.

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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.

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

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### Diarra Daga Afirka

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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.

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### Amjad

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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

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### Mark

BIPV Philippines

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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.

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### Jizzakh Polytechnic Institute

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

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### KTECH

## Sabbin Kayayyakin Mu

![Na'urar gwajin EL mai ɗaukuwa: 24MP, tana gano tsagewar 0.2mm](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026051214015103.webp)

- [** ooitech](./portable-hd-el-tester-for-solar-module-inspection.html)
- [** 849](./portable-hd-el-tester-for-solar-module-inspection.html)

### Na'urar gwajin EL mai ɗaukuwa: 24MP, tana gano tsagewar 0.2mm

Mai gwajin EL mai ɗaukuwa mai ma'ana mai girma tare da kyamarar infrared mai da hankali ta atomatik 24MP don gwajin hasken lantarki na tsarin hasken rana

![Cikakken Kayan Aikin Samar da Hasken Rana ta Atomatik](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774401482439949.webp)

- [** Rachael](./full-automatic-solar-panel-production-line-equipment-ooitech.html)
- [** 98849](./full-automatic-solar-panel-production-line-equipment-ooitech.html)

### Cikakken Kayan Aikin Samar da Hasken Rana ta Atomatik

Cikakken layin samar da hasken rana na Ooitech ya ƙunshi loda gilashi, shimfiɗa EVA, shimfiɗar igiya, manna tef, lamination, gyara, firam

![HDX200-P Injin Bussing na Rabin Sel: Zagayowar 18s](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774341533138807.webp)

- [** Rachael](./hdx200-p-half-cell-auto-bussing-machine-automatic-busbar-welding-machine-for-solar-panel-production.html)
- [** 84906](./hdx200-p-half-cell-auto-bussing-machine-automatic-busbar-welding-machine-for-solar-panel-production.html)

### HDX200-P Injin Bussing na Rabin Sel: Zagayowar 18s

HDX200-P Half Cell Auto Bussing Machine tana da walda ta hanyar electromagnetic induction tare da kawunan walda 18, lokacin zagayowar ƙasa da daƙiƙa 18

![OTMT-A Sun Simulator: Class A, ≤±1% Rashin Kwanciyar Hankali](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774513832212306.jpg)

- [** ooitech](./solar-panel-tester-sun-simulator-otmt-a-aaa-class-solar-module-iv-tester-ooitech.html)
- [** 831](./solar-panel-tester-sun-simulator-otmt-a-aaa-class-solar-module-iv-tester-ooitech.html)

### OTMT-A Sun Simulator: Class A, ≤±1% Rashin Kwanciyar Hankali

Ooitech OTMT-A Solar Panel Tester Sun Simulator is an AAA class solar module IV testing system featuring xenon lamp technology, IEC 60904-9 compliance

![BC Cell Tabber Stringer: 1000 Cells/h don IBC, ABC, HPBC](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026032311945973.png)

- [** ooitech](./oslb-1300-back-contact-cell-welding-machine-bc-solar-cell-stringer-for-ibc-abc-hpbc-panel-production.html)
- [** 99050](./oslb-1300-back-contact-cell-welding-machine-bc-solar-cell-stringer-for-ibc-abc-hpbc-panel-production.html)

### BC Cell Tabber Stringer: 1000 Cells/h don IBC, ABC, HPBC

BC cell tabber stringer yana walda ƙwayoyin IBC, ABC da HPBC a fuskar baya: 0.2 mm sanyawa, 1000 cells/h, 0.2% karyewa akan wafers Class A.

![Injin Yin Firam ɗin Panel Solar: ±1mm, 2000x1100mm](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774608426614052.webp)

- [** Rachael](./solar-panel-framing-machine-with-punching-function-and-otzk-a-full-automatic-framing-machine-with-auto-dispensing-glue-ooitech.html)
- [** 20371](./solar-panel-framing-machine-with-punching-function-and-otzk-a-full-automatic-framing-machine-with-auto-dispensing-glue-ooitech.html)

### Injin Yin Firam ɗin Panel Solar: ±1mm, 2000x1100mm

Ooitech yana ba da injunan yin fom na faifan rana masu inganci, ciki har da injin fom na buga ruwa da injin fom na atomatik OTZK-A