Bayan ruwan sama mai ƙarfi, wani muhimmin da'irar samar da wutar lantarki a cikin tsarin jirgin ƙasa na birni ya gaza. Bayan duba kebul ɗin, an ga manyan gine-ginen bishiyoyin ruwa a cikin rufin XLPE, kuma an ga tsatsa a saman jagoran jan ƙarfe. Danshi ya shiga kebul ɗin ta hanyar ƙarewa, haɗin gwiwa, ko murfin da ya lalace, wanda ya haifar da lalacewar rufin da kuma tsatsa mai jagoran, wanda hakan ya shafi amincin kebul na dogon lokaci.
Shigar Ruwa
Danshi na iya shiga kebul ta hanyar toshewar da ba ta da kyau ko haɗin gwiwa, lalacewar injiniya ko tsagewar tsufa a cikin kayan murfin, yawan hygroscopicity na rufin ko kayan rufin da ba sa toshe ruwa, da kuma ragowar danshi a cikin rufin ko yadudduka masu kariya daga tsarin kera. Ga kebul na matsakaici da babban ƙarfin lantarki, shigar ruwa yana haifar da samuwar bishiyoyin ruwa a cikin rufin XLPE, wanda zai iya zama bishiyoyin lantarki a ƙarƙashin filayen lantarki masu ƙarfi, wanda a ƙarshe ke haifar da lalacewar rufin. Danshi kuma yana iya lalata masu sarrafa jan ƙarfe ko aluminum, ƙara juriyar hulɗa, haifar da zafi mai yawa a gida, rage juriyar rufi, ƙara yawan kwararar ruwa, haifar da lahani na ƙasa a cikin mawuyacin hali, da kuma hanzarta tsufar kayan rufi da murfin, yana rage tsawon rayuwar kebul ɗin.
Tsarin Kariyar Danshi
Kebul na zamani masu matsakaicin ƙarfi da ƙarancin wutar lantarki sun dogara ne akan kayan kebul masu aiki sosai don samar da tsarin toshe ruwa mai tsayi da na radial. Toshewar ruwa mai tsayi yana amfani da murfin gubar, murfin aluminum mai walda, murfin jan ƙarfe, ko tef ɗin haɗin aluminum-plastic (AL/PET) tare da tsarin murfin waje na PE, yana ba da kariya ta injiniya da juriya ga danshi. Toshewar ruwa mai tsayi yana amfani da tef ɗin da ke kumbura ruwa,zaren da ke toshe ruwada kuma manna da aka naɗe a tsakiyar kebul, da kuma foda ko tef ɗin da ke toshe ruwa mai ƙarfi (SAP) da aka sanya tsakanin masu jagoranci da tsakiyar kebul. Waɗannan kayan suna faɗaɗawa bayan sun haɗu da ruwa don samar da shinge na zahiri, wanda hakan ke hana ƙaura danshi da kuma samar da kariya ta biyu ga rufin XLPE da kayan rufin LSZH.
Tsarin Kebul Mai Juriya Da Danshi
Kebul mai toshe ruwa na matsakaiciyar ƙarfin lantarki ya haɗa da masu sarrafa jan ƙarfe ko aluminum, yadudduka masu kariya daga semiconductive, rufin XLPE, Layer mai toshe ruwa mai tsayi (tef ɗin toshe ruwa/yard kafin allon ƙarfe), allon ƙarfe, tef ɗin haɗin aluminum-roba da aka haɗa a matsayin murfin waje, da kuma HDPE ko kayan murfin polyolefin masu hana harshen wuta. Wannan tsari yana samar da cikakken tsarin kariya daga danshi na radial da na tsawon lokaci. Kwanciyar hankali da aikin kowane kayan kebul kai tsaye yana ƙayyade aminci da tsawon rayuwar kebul a cikin mahalli masu rikitarwa.
Shigarwa da Gyara
Ingancin kariya daga danshi kuma ya dogara ne akan shigarwa da kulawa mai kyau. Karewa da haɗin gwiwa dole ne su yi amfani da kayan rufewa masu dacewa, masu inganci kamar rage zafi, rage sanyi, ko mannewar epoxy don tabbatar da ingantaccen hatimi. A lokacin shigarwa, ya kamata a kare murfin daga lalacewar injiniya, kuma ya kamata a guji ƙarfin waje yayin aiki. Ma'aunin juriya na rufi na yau da kullun yana da mahimmanci don sa ido kan yanayin danshi a cikin kayan rufin XLPE da kayan rufin LSZH. Tsarin kebul na zamani na iya haɗawa da na'urorin sa ido kan halin yanzu na sheath don samar da gargaɗin ainihin lokacin shigar da danshi.
Teburan da ke toshe ruwa mai inganci, zare/manna masu toshe ruwa, kayan da ke toshe ruwa mai inganci, ƙirar tsari mai ma'ana, da shigarwa mai ma'ana sune mabuɗin tabbatar da amincin kebul na dogon lokaci. A matsayinka na ƙwararren mai samar da kayan kebul, ONE WORLD tana ba da rufin XLPE mai inganci, kayan da ke toshe ruwa na LSZH, tefukan da ke toshe ruwa, zare/manna masu toshe ruwa, da tefukan da ke toshe ruwa na aluminum, waɗanda ake amfani da su sosai a cikin kebul na wutar lantarki, kebul na sadarwa, da kebul na toshe ruwa mai matsakaici da ƙarancin ƙarfin lantarki, suna taimaka wa abokan ciniki haɓaka juriyar danshi na kebul da aminci na dogon lokaci.
Lokacin Saƙo: Fabrairu-28-2026