Kutheni le nto ukhethe i-Anodizing njengeNdlela yoNyango loMphezulu weSakhelo seSolar?

Siyazi ukuba zininzi iindlela zonyango lomphezulu weprofayili ye-aluminium alloy, kodwa uninzi lweepaneli zelanga zisebenzisa i-anodizing njengendlela yonyango yomphezulu. Kutheni kunje? Masiqale siqonde iingenelo ze-anodizing:

1. Ukuphucula ukuxhathisa umhlwa

Emva konyango lwe-anodic oxidation, umphezulu we-alloy ye-aluminium unokufumana umaleko wefilimu eshinyeneyo kakhulu kunefilimu ye-oxide yendalo, ephucula kakhulu ukuxhathisa kwe-corrosion ye-solar frame surface. Nangona ezinye iindlela zonyango lomphezulu zinokudlala indima ekuxhathiseni ukubola, azikho kakuhle njenge-anodizing. Kwaye ubukhulu befilimu ye-oxide bunokwandiswa njengoko kufuneka.

2. Ukuphucula ukumelana nokunxiba

Ifilimu ye-oxide ibonakala kwaye inzima kakhulu, ngoko inokumelana nokunxiba okuphezulu.

3. Ukusebenza kwe-insulation kuhle kakhulu

Ngenxa yokuba ifilimu yeoksidi ayiqhubeki, inomsebenzi ogqwesileyo wokugquma

4. I-adsorption enamandla

Kukho iipores ezininzi ezixineneyo kwifilimu ye-oxide, kwaye ipropathi ye-adsorption ilungile kakhulu. Ukongeza ezinye iityuwa zetsimbi ngaphambi kokutywina ifilimu ye-oxide inokufikelela kumbala oqinileyo kwaye akukho lula ukutshintsha umbala. Kwaye ezinye izakhelo zelanga kufuneka zibe nemibala.

5. Khusela i-matrix ye-alloy

Xa kuthelekiswa ne-electroplating kunye nokutshiza, i-anodizing ine-luster ye-metallic yendalo, kwaye ngokubaluleke ngakumbi, ifilimu ye-oxide inokumelana ngokuphumelelayo nemisebe ye-ultraviolet kunye nokukhusela i-aluminium alloy substrate. Le yinzuzo enkulu kakhulu kwiipaneli zelanga. Izikhululo zamandla e-Photovoltaic zihlala zakhiwe kwiindawo ezivulekileyo zangaphandle ezineemeko ezinzima.