1. Indima yengilazi epholile ukuvikela umzimba oyinhloko wokukhiqiza amandla (njengebhethri), ukukhethwa kokudluliswa kokukhanya kuyadingeka, okokuqala, izinga lokudlulisa ukukhanya kufanele libe phezulu (ngokuvamile ngaphezu kwe-91%); Okwesibili, ukwelashwa kwe-super white tempering.

2. I-EVA isetshenziselwa ukuhlanganisa nokulungisa ingilazi epholile kanye nomzimba wokukhiqiza amandla (njengebhethri), ikhwalithi yezinto ezibonakalayo ze-EVA zithinta ngokuqondile ukuphila kwengxenye, i-EVA evezwe emoyeni kulula ukuguga ephuzi, ngaleyo ndlela ithinte ukuhanjiswa kokukhanya kwengxenye, ngaleyo ndlela ithinte ikhwalithi yokukhiqiza amandla yengxenye ngaphezu kwekhwalithi ye-EVA ngokwayo, inqubo yokukhiqiza i-lamination inkulu kakhulu. Uma uxhumano lwe-Adhesive EVA lungekho ezingeni elijwayelekile, i-EVA nengilazi eqinile, amandla okubopha i-backplane akwanele, kuzodala ukuguga kwangaphambi kwesikhathi kwe-EVA, okuthinta impilo yengxenye.

3, indima eyinhloko yebhethri ukukhiqiza ugesi, imakethe eyinhloko yokukhiqiza amandla amaseli elanga e-crystal silicon, amaseli elanga acwebile efilimu, womabili anezinzuzo kanye nokubi. Amaseli elanga e-crystalline silicon, izindleko zemishini ziphansi, izindleko zokusetshenziswa namaseli ziphezulu, futhi ukusebenza kahle kokuguqulwa kwe-photoelectric nakho kuphezulu; Kufaneleka kakhulu ukukhiqiza ugesi kumaseli elanga angaphandle anefilimu emincane emincane, izindleko zemishini ziphezulu uma kuqhathaniswa, ukusetshenziswa nezindleko zebhethri ziphansi kakhulu, ukusebenza kahle kokuguqulwa kwesithombe sikagesi kungaphezu kwengxenye yeseli ye-silicon ecwebezelayo, kodwa umphumela wokukhanya obuthakathaka muhle kakhulu, futhi ungakhiqiza ugesi ngaphansi kokukhanya okuvamile, njengeseli yelanga esibalini.

4. I-EVA isebenza njengenhla, iboshelwe ikakhulukazi ukuhlanganisa indikimba yokuphehla amandla kanye nendiza engemuva.

5. I-backplane ivaliwe, i-insulated futhi ayinamanzi (ngokuvamile i-TPT, i-TPE nezinye izinto kufanele zimelane nokuguga, abakhiqizi bezingxenye baqinisekisiwe iminyaka engu-25, ingilazi epholile, i-aluminium alloy ngokuvamile ayinayo inkinga, ukhiye wukuthi i-backplane ne-silicone ingakwazi ukuhlangabezana nezidingo.)

Okunamathiselwe: Umzimba wokukhiqiza amandla (i-crystalline silicon cell)

Siyazi ukuthi ukusebenza kahle kokukhiqizwa kwamandla kwebhethri elilodwa kuphansi kakhulu, njengamandla ebhethri engu-156 kuphela i-3W, ekude kakhulu nokuhlangabezana nezidingo zethu, ngakho-ke sixhuma amabhethri amaningi ochungechungeni, olufinyelele amandla, amanje kanye ne-voltage esiyidingayo, futhi amabhethri axhunywe ochungechungeni abizwa ngokuthi izintambo zebhethri.

6. I-aluminium alloy protective laminate, idlala indima ethile yokufaka uphawu, esekelayo.

7. Ibhokisi lokuhlangana livikela lonke uhlelo lokukhiqiza amandla, lidlala indima yesiteshi sokudlulisa samanje, uma ingxenye ye-short-circuit junction box iphula ngokuzenzakalelayo intambo yebhethri ye-short-circuit, ukuvimbela ukushisa lonke ibhokisi lokuhlangana kwesistimu kuyisinqumo esibucayi kakhulu se-diode, ngokusho kohlobo lwebhethri engxenyeni, i-diode ehambisanayo ayifani.

I-8 silicone sealing effect, esetshenziselwa ukuvala izingxenye kanye nohlaka lwe-aluminium alloy, izingxenye kanye nokuhlangana kwebhokisi lokuhlangana ezinye izinkampani zisebenzisa i-tape enamacala amabili, igwebu ukuze ithathe indawo ye-silicone, ukusetshenziswa okuvamile kwe-silicone yasekhaya, inqubo elula, elula, kulula ukuyisebenzisa, futhi izindleko ziphansi kakhulu.