Masu samar da kayan aikin ceton makamashi na Elevator suna tunatar da ku cewa aikace-aikacen fasaha na ceton makamashi na makamashi a cikin ceton makamashi ya ƙunshi kera da amfani da na'urorin amsa kuzari dangane da wannan fasaha ta martani. Na'urar mayar da martani ta makamashi tana ɗaukar na'ura mai sarrafa DSP ta tsakiya, wanda ke da babban sauri, daidaito mai kyau, kwanciyar hankali mai kyau, ƙananan jituwa, da ƙarfin hana tsangwama; Ɗauki fasahar haɓakar bugun bugun bugun jini na PWM, lokacin fitarwa daidai ne, yana murkushe masu jituwa masu girma da kyau; Fasahar binciken kai da kuma bin diddigin wutar lantarki ta atomatik na bidirectional suna tabbatar da ingantaccen ƙarfin fitarwa, hana koma baya na yanzu, da kuma tabbatar da cewa ba a shafar lif ta kowace hanya; Karɓar wutar lantarki <5%, daidai da buƙatun IEC6100-3-2 da GB/T14549 don daidaitawar grid wutar lantarki; Ta amfani da fasahar gano kai ta grid da amfani da reactors da masu tacewa, ana iya haɗa shi kai tsaye zuwa grid 220V/380V don amfani, yana haifar da ƙarin mahimmin tanadin makamashi a cikin yanayin birki akai-akai.
Idan mai canzawa mitar elevator zai iya amfani da na'urar mayar da wutar lantarki ta lif, zai iya sannu a hankali ya canza makamashin DC da aka adana a cikin capacitor zuwa makamashin AC kuma ya mayar da shi zuwa grid, tare da ƙimar ceton wutar lantarki na 25% -50%. Bugu da ƙari kuma, saboda rashin juriya na abubuwan dumama, yanayin yanayi a cikin ɗakin injin ya ragu, kuma an inganta yanayin aiki na tsarin kula da hawan hawan, yana hana tsarin sarrafawa daga rushewa da kuma tsawaita rayuwar sabis na lif. Dakin na’ura mai kwakwalwa ba zai iya amfani da na’urorin sanyaya iska da sauran na’urorin sanyaya wuta ba, wadanda za su iya ceton wutar lantarkin da ake amfani da shi na na’urar sanyaya iska da na’urar sanyaya dakin da ake amfani da shi, da adana makamashi da kare muhalli, da kuma sa na’urar ta fi karfin makamashi.
Na'urar amsawa na iya yin watsi da tushen zafi na juriya saboda baya amfani da manyan juriya masu amfani. Bugu da ƙari, saboda babu resistor, zafin jiki a cikin ɗakin injin lif ba zai yi yawa ba, wanda ya rage girman yiwuwar gazawar lif, yana tsawaita rayuwar lif, kuma yana rage yawan amfani da kayan sanyaya a cikin ɗakin injin. Ta wannan hanyar, ana samun haɓakar ƙarfin ceton makamashi sosai. Tabbas, tasirin ceton makamashi zai zama mafi bayyana a ƙarƙashin babban iko, manyan gine-gine, da kuma amfani da yawa.
Na'urar mayar da martani ga makamashi tana da fitaccen siffa, wanda shine aikin amsawa na daidaita ƙarfin lantarki. A cikin amfani mai amfani, wannan aikin yana da ƙima sosai saboda lokacin da grid ƙarfin lantarki ya canza sosai, lif zai ci gaba da aiki kamar yadda aka saba. Bugu da kari, kawai lokacin da makamashin injina na lif ya canza zuwa makamashin lantarki kuma aka aika zuwa capacitor na kewaye na DC, sabon na'urar amsa makamashin lantarki zai iya dawo da makamashin da aka adana a cikin capacitor akan lokaci zuwa grid, yadda ya kamata ya magance gazawar ainihin martanin makamashi. Zai iya rage tsangwama cikin jituwa na mai sauya mitar mai tuƙi a kan grid ɗin wuta da kuma tsarkake yanayin grid ɗin wutar lantarki. Na'urar mayar da martani ga makamashin lantarki yana da kyau sosai fiye da na'urar na'urar juriya mai ƙarfi mai ƙarfi, haɓaka yanayin ɗakin injin, rage mummunan tasirin zafin jiki akan abubuwan tsarin sarrafawa, da tsawaita rayuwar kayan aikin lif.