Photovoltaic aluminum profile, wanda kuma aka sani da hasken rana aluminum profile, wani nau'i ne na aluminum gami da aka ɓullo da musamman ga photovoltaic masana'antu.Tare da saurin haɓaka fasahar samar da hasken rana, aikace-aikacen bayanan martaba na aluminum na photovoltaic yana ƙaruwa sosai.A cikin wannan labarin, za mu gabatar da halaye, aikace-aikace, da kuma masana'antu na photovoltaic aluminum profile daki-daki.
Halaye
Idan aka kwatanta da bayanan martaba na aluminum na gargajiya, bayanan martaba na aluminum na photovoltaic suna da halaye masu zuwa:
1.High lalata juriya: Photovoltaic aluminum profiles ana amfani da su sau da yawa a cikin matsanancin yanayi na waje.Saboda haka, suna buƙatar babban juriya na lalata don tsayayya da yazawar ruwan sama, dusar ƙanƙara, da haskoki na ultraviolet.Za a iya bi da saman bayanin martabar aluminum na photovoltaic ta hanyar anodizing ko electrophoretic shafi don inganta juriya na lalata.
2.High ƙarfi: Bayanan martaba na aluminum na Photovoltaic suna buƙatar ɗaukar nauyin nau'ikan hotuna na hoto na dogon lokaci, kuma dole ne a tabbatar da ƙarfin su.Yin amfani da ƙananan ƙarfe na aluminium mai ƙarfi zai iya inganta ingantaccen ƙarfin ɗaukar nauyin bayanan bayanan aluminum na photovoltaic.
3.Good zafi mai zafi: A lokacin aiki na samfurori na hoto, ana haifar da babban adadin zafi, wanda ke rinjayar tasirin wutar lantarki na kayayyaki.Bayanan martaba na aluminum na Photovoltaic tare da kyakkyawan zafi mai zafi zai iya rage yawan zafin jiki na kayan aiki na photovoltaic da kuma inganta aikin samar da wutar lantarki.
4.Good conductivity: Photovoltaic aluminum profiles tare da mai kyau lantarki watsin iya yadda ya kamata rage asarar ikon watsa da kuma inganta ikon samar da wutar lantarki modules photovoltaic.
Aikace-aikace
Ana amfani da bayanan martaba na aluminum na Photovoltaic a cikin nau'o'in nau'ikan tsarin samar da wutar lantarki, irin su tashoshin wutar lantarki na ƙasa, rufin hoto, da bangon labule na hoto.Bugu da ƙari, yin amfani da bayanan martaba na aluminum na photovoltaic ba a iyakance ga masana'antar hoto ba.Hakanan ana iya amfani da shi a wasu fannoni kamar sufuri, gini, da ado.
Za a iya amfani da bayanan martaba na aluminum na Photovoltaic azaman manyan abubuwan da aka haɗa na firam ɗin ƙirar hoto, tsarin tallafi, da tsarin shigarwa.Ba za su iya ba kawai tabbatar da kwanciyar hankali na injiniya na kayan aikin photovoltaic ba amma kuma su dace da shigarwa da kiyayewa.Bugu da ƙari, ana iya amfani da bayanan martaba na aluminum na photovoltaic don yin ɗumbin zafi, mashaya, da sauran abubuwan lantarki.
Tsarin Masana'antu
Tsarin masana'anta na bayanan martaba na aluminum na photovoltaic ya haɗa da extrusion, jiyya na ƙasa, da ƙarewa.
1.Extrusion: Kayan albarkatun kasa don samar da bayanin martaba na aluminum na photovoltaic shine ingot aluminum gami.Ingot yana mai zafi kuma yana narke a cikin tanderun wuta, sa'an nan kuma ya fitar da shi ta hanyar mutuwa a ƙarƙashin babban matsin lamba don samar da siffar da ta dace da ƙayyadaddun aikace-aikacen photovoltaic.
2.Surface jiyya: Ana buƙatar a kula da fuskar bangon bangon hoto na photovoltaic aluminum profile don inganta juriya na lalata, juriya, da bayyanar.Hanyoyin jiyya da aka saba amfani da su sun haɗa da anodizing, electroplating, da electrophoresis.
3.Finishing: Bayan jiyya na sama, bayanin martabar aluminum na photovoltaic yana buƙatar yankewa, hakowa, da sarrafa shi bisa ga buƙatu daban-daban.Tsarin gamawa ya haɗa da yanke, naushi, lankwasa, walda, gogewa, da sauran matakai.
Kammalawa
A taƙaice, bayanan martaba na aluminum na photovoltaic wani muhimmin ɓangare ne na tsarin samar da wutar lantarki na photovoltaic.Suna da kyawawan kaddarorin irin su babban juriya na lalata, ƙarfi, ɓarkewar zafi, da haɓakawa.Tsarin masana'anta na bayanan martaba na aluminum na photovoltaic ya haɗa da extrusion, jiyya na ƙasa, da ƙarewa.Tare da ci gaba da haɓaka fasahar samar da hasken rana, aikace-aikacen bayanan martaba na aluminum na photovoltaic zai zama mafi girma, kuma za a ƙara inganta fasahar samar da shi.
Lokacin aikawa: Juni-15-2023
