A matsayin muhimmin sashi na tsarin hasken rana, akwatin junction na photovoltaic na hasken rana shine mai haɗawa tsakanin tsararrun tantanin rana wanda ya ƙunshi nau'ikan ƙwayoyin rana da na'urar sarrafa cajin salula.Yana da cikakkiyar ƙirar filin giciye wanda ke haɗa ƙirar lantarki, ƙirar injina da kimiyyar kayan aiki, kuma yana ba masu amfani da tsarin haɗin haɗin gwiwa na bangarorin hasken rana.
A matsayin mai haɗawa na tsarin hasken rana, babban aikin akwatin junction na photovoltaic na hasken rana shine fitar da makamashin lantarki da tsarin hasken rana ya haifar ta hanyar kebul.Saboda ƙayyadaddun amfani da ƙwayoyin hasken rana da ƙimarsu mai girma, dole ne a tsara akwatin junction na photovoltaic na hasken rana don saduwa da buƙatun amfani da kayan aikin hasken rana.
Aiki
Akwatin junction na PV yana da ayyuka guda biyu: babban aikin shine haɗa nau'in PV da kaya, jagoranci na yanzu da tsarin ke samarwa da samar da wuta.Ƙarin aikin shine don kare layin mai fita na abubuwan haɗin gwiwa da hana tasirin tabo mai zafi.
1. Haɗi
A matsayin mai haɗawa, akwatin junction yana aiki azaman gada don haɗa kayan aikin hasken rana, inverters da sauran na'urorin sarrafawa.A cikin akwati na junction, halin yanzu da aka samar da tsarin hasken rana ana fitar da shi kuma an shigar da shi cikin kayan lantarki ta hanyar tubalan tashoshi da masu haɗawa.
Domin rage girman asarar wutar lantarki na akwatin junction zuwa abubuwan da aka gyara, kayan aikin gudanarwa da aka yi amfani da su a cikin akwatin haɗin gwiwa za su sami ƙaramin juriya da ƙaramin juriya tare da layin fita na tashar bas.
2. Kariya
Ayyukan kariya na akwatin haɗakarwa ya haɗa da sassa uku: ɗaya shine don hana tasirin zafi ta hanyar diode ta hanyar wucewa don kare guntun baturi da abubuwan da aka gyara;Na biyu shine mai hana ruwa da kuma ƙirar wuta ta hanyar rufewa tare da kayan musamman;Na uku shi ne rage zafin aiki na akwatin junction da zafin jiki na diode na kewayawa ta hanyar ƙirar zafi na musamman, ta yadda za a rage asarar wutar lantarki da tsarin ke haifarwa ta hanyar ɗigon ruwa.
Lokacin aikawa: Agusta-20-2022