Me yasa Modules na TOPCon Four-Cut ke Bukatar Akwatunan Junction Guda Biyu: Duba Juyin Halittar Akwatin Junction na PV
Teburin Abubuwan Ciki
Gabatarwar Samfur
Ƙirar akwatin haɗin suna canzawa koyaushe, amma ba wai kawai gyara na ado ba ne ga harsashin filastik. Kowane canji na tsari an daidaita shi don dacewa da tsarin da'ira na ciki na samfurin da kuma canjin sigogin lantarki. Wannan buƙatu ce mai wuya da ke zuwa tare da kowane mataki na fasahar PV. Anan za mu yi bayani kan tarihin akwatin haɗin PV, da kuma zurfafa kan dalilin da yasa samfuran TOPCon masu yanke huɗu ke amfani da akwatin haɗin sassa biyu.
Ma'aunin Fasaha
Akwatin Haɗin Guda ɗaya: Daidaitaccen Samfurin Cikakken Cell na Farko
2016 ya kasance wani juyi ga tsarin module. Kafin 2016, kasuwa ta fi tafiya akan modules masu cikakken cell, tare da gina cikin circuit a matsayin igiya guda daya cikakke. A lokacin, aikin wutar lantarki na module ya kasance kadan kadan kuma wutar lantarki ta kasance matsakaici, don haka yanayin lantarki ya kasance mai laushi a ko'ina. Masana'antu sun saba hada wadannan da akwatin junction guda daya, tare da dukkan diodes guda uku a cikin harsashi guda daya.
Wannan tsarin ya dace da yanayin samarwa na lokacin: daidaitattun sassan, tsari mai sauki, karancin fasaha don hada hannu, da kuma yawan samarwa. Modules masu cikakken cell suna amfani da wayoyi tare da busbars masu trapezoidal. Sauƙin ginawa, karancin farashi. Shi ne mafi kyawun tsarin farashi don hanyar fasahar cikakken cell.
Akwatin junction na module mai cikakken cell
| Abu | Cikakken bayani |
|---|---|
| Zamanin | Kafin 2016 |
| Nau'in module | Modules masu cikakken cell |
| Tsarin circuit | Igya guda daya cikakke |
| Akwatin junction | Akwatin guda daya |
| Yawan diodes | Diodes guda 3 a cikin harsashi daya |
| Aiki na yanzu / ƙarfin lantarki | Ƙaramin wutar lantarki, matsakaicin ƙarfin lantarki |
Fa'idodin Fasaha
Akwatin Haɗin Kashi Uku: Daidaitaccen Tsarin Module na Yanzu-Raba
Bayan 2016, ƙwayoyin raba-rabi sun yaɗu da sauri, kuma akwatin haɗin kashi uku ya zama tsarin masana'antu na gama-gari. Modules na raba-rabi suna amfani da tsarin daidaitaccen sama-ƙasa, inda layin sel na sama da na ƙasa ke haɗuwa a layi ɗaya. Da zarar an haɗa su, ƙarfin lantarki gabaɗaya ya kasance iri ɗaya kuma wutar lantarki ta haɗu. Wannan canjin tsarin lantarki ya sa tsarin kashi uku ya zama dole. Amfaninsa ya taƙaita zuwa maki huɗu:
Yayin da ƙarfin module ya haɓaka, aiki na yanzu da ƙarfin lantarki sun tashi tare. Tsarin kashi uku yana sanya diode ɗaya a kowane harsashi, don haka tushen zafi ya bazu. Ingantaccen zubar da zafi, kuma yana guje wa matsalar tsohuwar akwatin guda ɗaya na zafi yana taruwa a wuri ɗaya yana dafa kayan aikin na tsawon lokaci.
Akwatunan uku sun bazu a kan backsheet, suna raba da kuma rage yankin inuwa. Wannan ya dace da modules na bifacial sosai, tunda sun dogara da backsheet don kama hasken da aka nuna don samar da wutar lantarki. Akwatin guda ɗaya na tsakiya ba zai iya yin wannan ba.
Taswirar da'irori tana daidaita daya-da-daya da akwatunan haɗin wutar, don haka hanyar busbar ta zama gajarta sosai. Juriya na layin yana raguwa, ƙimar cikawa na module yana ƙaruwa, kuma ƙarfin fitarwa na dukan module yana inganta.
Waya tana amfani da ƙarancin kayan aiki. Module da aka ɗora a tsaye yana buƙatar kusan mm 300 na gajeriyar waya don kammala haɗin. A cikin samarwa mai yawa wannan yana rage farashin kebul, kuma yana dacewa da layukan sarrafa kai tsaye.
Akwatin haɗin wutar module mai rabin yanka
Aikace-aikacen Samfur
Akwatin Haɗin Wutar Kashi Biyu: Madaidaicin Module na TOPCon Mai Yanka Hudu
Tare da samar da sel masu inganci na TOPCon a cikin yawan samarwa, modules masu yanka hudu sun shiga cikin babban tsari, tsarin da'irori ya sake gina shi, kuma akwatin haɗin wutar kashi biyu ya zama madaidaicin haɗin.
Masana'antar tana bin ƙa'idar rabin yanka na "yanka rabin, hanyoyi biyu a layi daya." Da zarar an raba sel zuwa sassa hudu daidai, dole ne a yi shi zuwa hanyoyi hudu a layi daya don riƙe kewayon wutar a tsaye. Module yana kiyaye tsarin sama-kasa mai daidaitawa: sel a gefe daya suna haɗuwa biyu-biyu zuwa wani yanki mai zaman kansa, kuma uku daga cikin waɗannan yankuna a layi daya ana haɗa su a jere, suna kiyaye kewayon wutar lantarki da wutar a tsaye.
Wannan tsarin kewayawa yana buƙatar raka'a cell guda biyu da aka saita tare da jujjuya polarity mara kyau, don haka madaukai biyu masu dacewa na bypass kowanne suna buƙatar diode ɗaya. Tun da waɗannan wuraren biyu suna kusa da juna sosai, diodes biyu suna haɗuwa a cikin jikin akwati ɗaya. Dukan kewayawar ta rabu zuwa manyan yankuna biyu na kariya, kuma tana ƙarewa da haɗe da akwatunan junction guda biyu. Akwatin da ke riƙe da diode biyu ya fi tsayi, kuma wannan shine dalilin kewayawa na asali da yasa modules masu yanke huɗu ke tafiya da akwatunan junction masu sassa biyu. Bugu da ƙari, ƙarin waya mai taimako da aka ƙara ta hanyar juyar da hanya dole ne a haɗa shi da farin PET insulation Layer don keɓewa mai kyau, yana kiyaye amincin lantarki.
Akwatin junction module mai yanke huɗu
A ƙasa, adadin harsashin akwatin junction shine kawai siffar waje da ake gani. Daga cikakken cell akwati ɗaya, zuwa rabin yanke akwatuna uku, zuwa yanke huɗu akwatuna biyu, jimlar diodes uku bai canza ba. Kowane diode har yanzu yana rufe igiyoyin cell guda biyu don kariyar bypass, kuma tsarin asali na kariyar yanki ya tsaya a tsaye har ƙarshe. Adadin akwati yana motsawa tare da kewayawa, kewayawar tana bin fasahar yanke, kuma dukan saitin sassa koyaushe yana hidimar amincin lantarki na module da ingancin fitarwa.
Ra'ayin Ooitech
Akwatin haɗin kai mai kashi biyu a kan yankan TOPCon mai yanke huɗu ba abin wasa ba ne, dole ne ya kasance saboda jujjuyawar polarity, da'irar layi daya guda hudu da tsarin yanke hudu ke gudana. Idan kana gina layin samarwa, wannan yana da muhimmanci a bangaren shimfidawa da kuma haɗin bussing, domin matsayin akwatin, hanyar juyawa da kuma wannan rufin PET duk dole ne a kula da su daidai ko kuma ka sami lahani na EL da matsalolin tsaro. Mun gina layukan samar da hasken rana don tsarin half-cut, MBB da TOPCon, kuma matakin akwatin haɗin kai shine wanda ke yanke shawarar yawan amfanin ku a hankali. Ya kamata ka kalli wasu ayyukan layin masana'anta na gaske a tashar YouTube ta Ooitech www.youtube.com/ooitech idan kana son ganin yadda bussing da sanya akwatin ke tafiya tare a zahiri.
