Yadda za a kafa aluminum gami na USB?

Aluminum gami na USB shigarwa tsari

1. Tabbatar da hanya

Dangane da buƙatar aikin photovoltaic, layin kebul na alloy na aluminum yana buƙatar tabbatar da aikin aminci na aikin, sauƙaƙe kiyayewa, da cikakken la'akari da yanayin ƙasa, bayanan ƙasa da wurare daban-daban na hanyar ƙasa, don rage yawan amfani da igiyoyi. ajiye kudi, da rage asara da reactive ikon lalacewa ta hanyar igiyoyi.Bukatun farko sune kamar haka:

1) Haɓaka amfani da igiyoyin hasken rana na aluminum, zaɓi mafi guntu hanyar nesa, rage asara da adana farashi.
2) Shirya hanyar kebul gabaɗaya don rage yawan tono ramuka na kebul;
3) Rage yawan bututun da ke wucewa, layin dogo da sauran igiyoyin wutar lantarki, da rage yawan shingen shinge da benaye;
4) Rage lalacewar kebul daga abubuwan muhalli, da kuma hana kebul ɗin daga tasirin tasirin injiniyoyi na waje, lalata sinadarai, girgiza, da geothermal;
5) Ana samar da magudanar ruwa, bututun iskar gas, babban bututun samar da ruwa, layin da ba ya da rauni, da dai sauransu a gefe daya na titin, sannan a dora igiyar wutar lantarki a daya bangaren.

2. Zaɓi tashar da ta dace

Akwai wasu matsaloli wajen samar da tashoshin AC a wurin aikin, musamman:
1) Tashoshin haɗi ba su dace ba
Mafi shaharar matsala a cikin haɓaka gida da aikace-aikacen igiyoyin aluminium shine cewa masu haɗin haɗin kai suna da wuyar siye.Don haka, wasu rukunin yanar gizon suna amfani da tashoshi na canji na jan karfe-aluminum ko wasu masu haɗin gami waɗanda ba su dace da aikin igiyoyin alloy na aluminum ba.Irin wannan amfani ba zai iya ba da garantin amintaccen amfani da igiyoyi ba kuma zai bar ɓoyayyun hatsarori.
2) Girman tasha mara daidaituwa
A halin yanzu, yawancin tashoshi na wutar lantarki, gami da cikakken tsarin ƙirar lantarki, suna ɗaukar ƙayyadaddun kebul na jan ƙarfe da ma'auni masu girma.Aluminum igiyoyi koaluminum gami igiyoyisun bambanta da igiyoyin tagulla saboda iya ɗaukar nauyinsu na yanzu.A lokacin amfani, an ƙara yanki na giciye don saduwa da buƙatun ɗauka na yanzu, wanda ke haifar da rashin daidaituwa na kebul tare da ainihin girman ramin shigarwa na lantarki.A halin yanzu, hanyar da aka saba amfani da ita ita ce canja wurin sandunan tagulla, ko ragewa ko yanke wani ɓangare na madubin don rage yanki mai ƙetare.Duk waɗannan hanyoyin biyu za su kawo haɗarin aminci mafi girma.
3) Crimping na yau da kullun yayin shigarwa
A cikin hanyar sadarwa tare da masana'antun EPC, sau da yawa nakan ji ana cewa "Samawa da gina igiyoyi na aluminum ko aluminum alloy igiyoyi dole ne a yi su ta hanyar ƙwararrun masu wutar lantarki", saboda wurin da ba a lura da shi ba yayin aikin ginin yana iya zama Sakamakon haka. , tashar wutar lantarki ba za ta iya aiki yadda ya kamata ba kuma cikin aminci.A lokaci guda, don yin amfani da "aluminum igiyoyi da aluminum gami igiyoyi dole ne su yi amfani da ƙwararrun kayan aiki, ba za su iya aiki bisa ga tsarin samar da tagulla igiyoyi", abin da ke biyo baya zai bayyana tsarin samar da igiyoyi na aluminum gami da cikakken bayani. .

Ta hanyar bayanin hatsarori da ke ɓoye, zabar madaidaicin haɗin haɗin kebul na aluminum ko aluminum alloy na USB shine mataki na farko don aiwatar da aikin na USB.A halin yanzu, akwai nau'ikan tashoshi guda uku akan kasuwa masu dacewa da igiyoyin alloy na aluminium, gami da tashoshi na jan karfe, tashoshi na jan karfe-aluminum da tashoshi na aluminum gami da tagulla.

a. Tashar tagulla: Shi ne mafi yawan tashar tashar, amma saboda lalatawar electrochemical tsakanin jan karfe da aluminum da rashin daidaituwa na jiki da na inji, za a sami wasu haɗari masu ɓoye a cikin ingancin ayyukan photovoltaic.

b. Copper-aluminum canji tasha: Yana da tashar tashar da aka yi amfani da ita sosai don igiyoyin aluminum da kuma igiyoyin alloy na aluminum.Terminal ya ƙunshi sassa biyu, ana amfani da ƙarshen ɗaya don haɗa waya ta aluminum da kebul na alloy na aluminum, ɗayan kuma shine don haɗa cikakken saiti na lantarki ko wasu tashoshi na wutar lantarki, ana rarraba tashoshi na jan ƙarfe-aluminum na yau da kullun zuwa DTL- 1, DTL-2 da nau'in fil-nau'in jan karfe-aluminum bututu bisa ga sifofin su.