Ukwakhiwa kwemodyuli yeseli yelanga kunye nomsebenzi wenxalenye nganye

Iseli yelanga luhlobo lwetshiphu ye-semiconductor ye-photoelectric esebenzisa ukukhanya kwelanga ukuvelisa umbane ngokuthe ngqo, okwaziwa ngokuba yi-"solar chip" okanye "photocell". Ukuba nje yanelisekile ziimeko ezithile zokukhanya, inokukhupha i-voltage kwaye ivelise umbane kwimeko yeluphu. Iiseli zelanga zizixhobo eziguqula ngokuthe ngqo amandla okukhanya abe ngumbane ngokusebenzisa iziphumo ze-photoelectric okanye ze-photochemical.

Izixhobo zeseli yelanga kunye nemisebenzi yenxalenye nganye:

1, iglasi eqinileyo: indima yayo kukukhusela umzimba ophambili wokuvelisa umbane (njengebhetri), kufuneka kukhethwe indlela yokudlulisa umbane: 1. Ukuhanjiswa kokukhanya kufuneka kube phezulu (ngokubanzi ngaphezulu kwe-91%); 2. Unyango lokuqinisa olumhlophe kakhulu.

2, i-EVA: Iglasi eqinileyo esisigxina esetyenziselwa ukubopha kunye nomzimba oyintloko (umz., ibhetri), ubuhle bezinto ezibonakalayo ze-EVA buchaphazela ngqo ubomi bezinto, ezivezwe emoyeni kwi-EVA etyheli egugayo, ngaloo ndlela zichaphazela ukuhanjiswa kokukhanya kwento, ngaloo ndlela zichaphazela umgangatho wamandla ento ukongeza kumgangatho we-EVA ngokwayo, umenzi wento enefuthe elikhulu kakhulu, njengoko isidanga se-EVA esinamathelayo singafikeleli kwinqanaba eliqhelekileyo, i-EVA kunye neglasi eqinileyo, amandla okubopha angasemva awanelanga, aya kubangela ukuguga kwangoko kwe-EVA, achaphazele ubomi bezinto. Umzimba ophambili wokuvelisa amandla epakeji yokubopha kunye ne-backplane.

3, ibhetri: indima ephambili kukuveliswa kwamandla, ukuveliswa kwamandla kwimarike ephambili yi-crystalline silicon solar cells, ii-thin film solar cells, zombini zinezibonelelo kunye neengxaki. I-crystalline silicon solar cell, iindleko zezixhobo ziphantsi kakhulu, ukusebenza kakuhle kokuguqulwa kwe-photoelectric nako kuphezulu, elangeni langaphandle kufanelekile ngakumbi ukuvelisa umbane, kodwa ukusetyenziswa kunye neendleko zeeseli ziphezulu kakhulu; Ii-thin film solar cells, ukusetyenziswa okuphantsi kunye neendleko zebhetri, isiphumo esiphantsi sokukhanya silungile kakhulu, ekukhanyeni okuqhelekileyo nako kunokuvelisa umbane, kodwa iindleko zezixhobo ziphezulu kakhulu, ukusebenza kakuhle kokuguqulwa kwe-photoelectric kunee-crystal silicon cells ngaphezu kwesiqingatha, njengee-solar cells kwi-calculator.

4, umva: umsebenzi, ukutywina, ukugquma, ukungangeni manzi (i-TPT, i-TPE kunye nezinye izinto kufuneka zisetyenziswe ngokubanzi ukumelana nokuguga, uninzi lwabavelisi bezinto zinewaranti yeminyaka engama-25, iglasi eqinisiweyo, i-aluminium alloy ngokubanzi ayinangxaki, isitshixo sikwi-back plane kwaye ijeli ye-silica inokuhlangabezana neemfuno.)

5, iindawo ze-laminate ezikhuselayo ze-aluminium alloy, zidlala indima ethile yokutywina, exhasayo.

6, ibhokisi yokuxhuma: khusela inkqubo yokuvelisa umbane yonke, dlala indima yesikhululo sokudlulisa umbane sangoku, ukuba ibhokisi yokuxhuma yesekethe emfutshane yecandelo iqhawula ngokuzenzekelayo umtya webhetri yesekethe emfutshane, ithintele ukutshisa uqhagamshelo lwenkqubo yonke, into ebaluleke kakhulu kwibhokisi yocingo kukukhethwa kwe-diode, ngokohlobo lwebhetri kwinxalenye yahlukile, i-diode ehambelanayo ayifani.

7, ijeli ye-silica: umsebenzi wokutywina, osetyenziselwa ukutywina izinto kunye nesakhelo se-aluminium alloy, izinto kunye ne-junction box junction. Ezinye iinkampani zisebenzisa iteyiphu enamacala amabini, i-foam ukuthatha indawo yejeli ye-silica, ijeli ye-silica isetyenziswa kakhulu eTshayina, inkqubo ilula, ilula ukuyisebenzisa, kwaye ixabiso liphantsi kakhulu.