A matsayin makamashi mai tsabta mai sabuntawa, photovoltaic yana taka muhimmiyar rawa a tsarin makamashi na gaba.Daga hangen nesa na sarkar masana'antu, ana iya taƙaita samar da kayan aikin hoto a matsayin masana'antar wafer silicon na sama, masana'antar wafern baturi mai tsaka-tsaki da masana'anta na ƙasa.Kayan aikin sarrafawa daban-daban suna da hannu a cikin kowane hanyar haɗin samarwa.Tare da ci gaba da haɓaka fasahar samarwa, madaidaicin buƙatun don ayyukan samarwa da kayan aikin samarwa da ke da alaƙa suna haɓaka koyaushe.A cikin kowane mataki na samar da tsari, aikace-aikacen kayan aiki na atomatik a cikin tsarin samar da hoto yana taka muhimmiyar rawa wajen haɗa abubuwan da suka gabata da na gaba, inganta ingantaccen aiki da rage farashi.
Batura suna taka muhimmiyar rawa a cikin dukkanin tsarin samarwa na masana'antar hotovoltaic.Kowane harsashi mai murabba'in baturi yana kunshe da harsashi da farantin karfe wanda shine ainihin bangaren don tabbatar da amincin batirin lithium.Za a rufe shi da harsashi na tantanin halitta, fitarwar makamashi na ciki, da kuma tabbatar da mahimman abubuwan da ke tattare da amincin ƙwayar baturi, wanda ke da ƙayyadaddun buƙatu don rufe sassan, matsa lamba na bawul na taimako, aikin lantarki, girman da bayyanar.
Kamar yadda tsarin ji na kayan aikin atomatik,firikwensinyana da halaye na ingantaccen ji, m shigarwa da sauri amsa.Yadda za a zabi firikwensin da ya dace bisa ga takamaiman yanayin aiki, don cimma manufar rage farashin, haɓaka haɓakawa da aiki mai tsayi.Akwai yanayi daban-daban na aiki a cikin tsarin samarwa, hasken yanayi daban-daban, nau'ikan samarwa daban-daban da nau'ikan nau'ikan siliki daban-daban, irin su silicon bayan yankan lu'u-lu'u, siliki mai launin toka da wafer shuɗi bayan murfin karammiski, da sauransu duka suna da takamaiman buƙatu.Lanbao firikwensin na iya samar da balagagge bayani ga atomatik taro da dubawa samar da baturi murfin farantin.
Passivated Emitter Rear Contact, wato passivation emitter da back passivation baturi fasahar.Yawancin lokaci, bisa ga batura na al'ada, aluminum oxide da silicon nitride fim an rufe su a baya, sa'an nan kuma an buɗe fim ɗin ta hanyar laser.A halin yanzu, ingantaccen juzu'i na sel aiwatar da PERC ya kasance kusa da iyakar ka'idar 24%.
Lanbao na'urori masu auna firikwensin suna da wadata a cikin nau'in kuma ana amfani da su sosai a sassa daban-daban na aiwatar da samar da baturi na PERC.Lanbao na'urori masu auna firikwensin ba zai iya kawai cimma daidaito da daidaiton matsayi da kuma gano tabo ba, amma kuma ya dace da buƙatun samar da sauri, haɓaka haɓakawa da rage farashin kayan aikin hotovoltaic.
Aikace-aikacen firikwensin na'urar salula
| Matsayin aiki | Aikace-aikace | Samfura |
| Gyaran tanda, ILD | Gano wuri na motar ƙarfe | Inductive Sensor-Jerin juriya mai girma |
| Kayan aikin samar da baturi | Gano wuri na wafer silicon, jigilar wafer, jirgin ruwa da jirgin ruwa mai hoto | Photoelectric Sensoe-Tsarin tunani na PSE-Polarized |
| (Buga allo, layin waƙa, da sauransu) | ||
| Universal tashar - Motion module | Wurin asali | Sensor na Photoelectric-PU05M/PU05S jerin ramin slot |
Aikace-aikacen firikwensin na'urar salula
| Matsayin aiki | Aikace-aikace | Samfura |
| Kayan aikin tsaftacewa | Gano matakin bututun mai | Sensor mai ƙarfi-Saukewa: CR18 |
| Layin waƙa | Ganowa da gano wuri na wafer silicon;Gano kasancewar mai ɗaukar wafer | Sensor Capacitive -CE05 jerin CE34, Photoelectric Sensor-PSV jerin(relection convergent), jerin PSV (nanne rukunin baya) |
| Waƙa watsawa | Gano mai ɗaukar wafer da wurin jirgin ruwa quartz | Sensor Mai Sauƙi-CR18 jerin, Sensor na photoelectric -PST jerin(tashin baya / ta hanyar tunani), jerin PSE (ta hanyar tunanin katako) |
| Kofin tsotsa, buff a ƙasa, ɗaga injin | Kasancewar gano guntun silicon | Photoelectric Sensor-PSV jerin(Tunani mai jujjuyawa), jerin PSV (cikewar rukunin baya), Sensor Mai Sauƙi-Saukewa: CR18 |
| Kayan aikin samar da baturi | Gano kasancewar mai ɗaukar wafer da kwakwalwan siliki/Gano matsayi na ma'adini | Photoelectric Sensor-Farashin PSE(bayan baya) |
Lokacin aikawa: Jul-19-2023