A matsayinka na ma'aikacin tashar caji kuma mai amfani, shin kana jin damuwa da hadadden shigar da tashoshin caji?Shin kun damu da rashin kwanciyar hankali na sassa daban-daban?
Misali, tashoshin caji na gargajiya sun ƙunshi nau'i biyu na casing (gaba da baya), kuma galibin masu samar da kaya suna amfani da sukuwa na baya don ɗaurewa.Don tashoshi masu caji tare da fuska, aikin gama gari shine a sami buɗewa a cikin casing na gaba da haɗa kayan acrylic don cimma tasirin nuni.Hanyar shigarwa na gargajiya guda ɗaya don layukan wutar lantarki masu shigowa kuma yana iyakance daidaitawar sa zuwa yanayin shigarwa daban-daban.
A halin yanzu, tare da saurin haɓaka motocin lantarki da fasahar batirin lithium, ƙasashe a duniya suna haɓaka sauye-sauye zuwa makamashi mai tsafta mai dorewa.Yanayin aikace-aikacen tashoshin caji ya zama mafi bambanta, yana haifar da sababbin buƙatu da ƙalubale ga masu samar da kayan aikin caji.Dangane da wannan, LinkPower yana gabatar da sabbin dabarun ƙirar sa don caji tashoshi, wanda zai fi dacewa da buƙatun haɓakar wannan kasuwa mai ƙarfi.Yana ba da ƙarin hanyoyin shigarwa masu dacewa kuma yana iya adana adadi mai yawa na farashin aiki.
LinkPower yana gabatar da sabon tsari mai nau'i uku don adana lokacin shigarwa da rage farashin aiki.
Daban-daban da ƙirar casing na gargajiya biyu na tashoshi na caji, sabon jerin 100 da 300 daga LinkPower sun ƙunshi ƙirar calo mai launi uku.Ana matsar da sukurori zuwa gaba don kiyaye ƙasa da tsakiyar yadudduka na casing.Layer na tsakiya ya haɗa da keɓan murfin mai hana ruwa don shigar da wayoyi, dubawa na yau da kullun, da kiyayewa.Babban Layer yana ɗaukar zane mai ɗaukar hoto, wanda ba wai kawai yana rufe ramukan dunƙule don dalilai na ado ba har ma yana ba da damar launuka da salo daban-daban don biyan abubuwan zaɓin mai amfani daban-daban.
Ta hanyar ƙididdige yawan ƙididdiga, mun gano cewa cajin tashoshi tare da casings mai layi uku na iya rage lokacin shigarwa da kusan 30% idan aka kwatanta da tashoshi na gargajiya.Wannan zane yana adana mahimmancin shigarwa da farashin kulawa.
Cikakken zane na tsakiyar allo na tsakiya, yana kawar da haɗarin ƙaddamarwa.
Mun lura cewa yawancin tashoshin caji na gargajiya suna ɗaukar hanyar nunin allo inda ake yin buɗaɗɗen buɗaɗɗen a gaban casing na gaba, kuma ana liƙa fanatin acrylic masu haske don cimma daidaiton allo.Duk da yake wannan tsarin yana adana farashi don masana'antun kuma yana da alama shine mafita mafi kyau, haɗin gwiwa na acrylic panels yana ba da ƙalubalen dorewa a tashoshin caji na waje da aka fallasa ga yanayin zafi, zafi, da gishiri.Ta hanyar binciken, mun gano cewa babban haɗari na ƙaddamarwa yana wanzu a cikin shekaru uku don yawancin bangarori na acrylic adhesive, wanda ke ƙara yawan kulawa da maye gurbin masu aiki.
Don guje wa wannan yanayin da haɓaka ingancin tashar caji gabaɗaya, mun ɗauki ƙirar tsakiyar allo mai cikakken allo.Maimakon haɗe-haɗe, muna amfani da tsaka-tsaki na PC mai haske wanda ke ba da damar watsa haske, ta haka ne ke kawar da haɗarin warewa.
Haɓaka ƙirar hanyar shigarwa biyu, tana ba da ƙarin damar shigarwa.
A cikin mahalli iri-iri na shigarwa na tashar caji na yau, shigarwar ƙasa ta gargajiya ba za ta iya biyan duk buƙatun shigarwa ba.Yawancin sabbin wuraren ajiye motoci da aka gyara da gine-ginen ofisoshin kasuwanci sun riga sun shigar da bututun da suka dace.A irin waɗannan lokuta, ƙirar layin shigarwa na baya ya zama mafi dacewa da kyau.Sabuwar ƙira ta LinkPower tana riƙe da zaɓuɓɓukan layin shigarwa na ƙasa da baya don abokan ciniki, suna ba da ƙarin hanyoyin shigarwa iri-iri.
Haɗin ƙirar bindiga guda ɗaya da dual, yana ba da damar aikace-aikacen samfur iri-iri.
Tare da karuwar yawan motocin lantarki, buƙatar cajin tashoshi na ci gaba da karuwa.Sabuwar tashar caji ta kasuwanci ta LinkPower, tare da mafi girman fitarwa na 96A, tana goyan bayan cajin bindiga biyu, yana rage farashin shigarwa sosai.Matsakaicin shigarwar AC na 96A kuma yana tabbatar da isasshen ƙarfi yayin tallafawa cajin motoci biyu, yana mai da shi shawarar sosai don wuraren ajiye motoci, otal-otal, gine-ginen ofis, da manyan kantuna.
Lokacin aikawa: Yuli-14-2023