A cikin 'yan shekarun nan, fiberglass ƙarfafa polyurethane composite frames an ɓullo da wanda ya mallaki kyawawan kayan abu. A lokaci guda, a matsayin maganin kayan da ba na ƙarfe ba, fiberglass polyurethane composite Frames shima yana da fa'idodi waɗanda firam ɗin ƙarfe ba su da shi, wanda zai iya kawo raguwar farashi mai mahimmanci da haɓakar inganci ga masana'antun PV. Gilashin fiber polyurethane composites suna da kyawawan kaddarorin inji, kuma ƙarfin ƙarfin su na axial ya fi na al'ada na al'adar aluminum. Hakanan yana da matukar juriya ga feshin gishiri da lalata sinadarai.
Ɗaukar kariyar firam ɗin da ba na ƙarfe ba don samfuran PV yana rage yuwuwar samar da madaukai na leakage, wanda ke taimakawa wajen rage haɓakar ɓarnar ɓarna mai yuwuwar PID. lahanin tasirin PID yana sa ikon ƙirar tantanin halitta ya lalace kuma yana rage samar da wutar lantarki. Don haka, rage al'amuran PID na iya inganta ƙarfin samar da wutar lantarki na kwamitin.
Bugu da ƙari, a cikin 'yan shekarun nan, Properties na fiberglass ƙarfafa resin matrix composites kamar haske nauyi da kuma high ƙarfi, lalata juriya, tsufa juriya, mai kyau lantarki rufi da kuma abu anisotropy an sannu a hankali gane, da kuma tare da a hankali bincike a kan gilashin fiber ƙarfafa composites, su aikace-aikace sun zama mafi tartsatsi.
A matsayin muhimmin sashi mai ɗaukar nauyi na tsarin photovoltaic, kyakkyawan juriya na tsufa na shinge na hoto kai tsaye yana rinjayar aminci da kwanciyar hankali na aikin kayan aikin wutar lantarki da aka ɗauka.
The fiberglass ƙarfafa composite photovoltaic bracket ne mafi yawa amfani a cikin waje yankin tare da bude yanki da kuma matsananci yanayi, wanda aka hõre high da kuma low zafin jiki, iska, da ruwan sama da kuma karfi da hasken rana duk shekara, da kuma fuskantar tsufa a karkashin na kowa tasiri na da yawa dalilai a cikin ainihin aiki, da kuma tsufa gudun ne da sauri, kuma a cikin da yawa tsufa karatu a kan composite kayan, mafi yawansu a halin yanzu yana nazarin da muhimmanci factor - shi ne daya daga cikin manyan kima da yawa. gwaje-gwajen tsufa akan kayan sashi don kimanta aikin tsufa don amintaccen aiki na tsarin photovoltaic.
Lokacin aikawa: Maris 13-2023
