Esihlokweni esandulele, sixoxe ngokusetshenziswa okuvamile kwama-capacitor e-aluminium e-electrolytic ewuketshezi kuma-low-frequency kanye nezicelo ezijwayelekile. Lesi sihloko sizogxila ezinzuzweni zama-solid-liquid hybrid capacitor kuma-high-frequency kanye nezicelo zezithuthuthu zikagesi ezinamandla amakhulu, ukuhlola indima yawo ebalulekile ekuthuthukiseni ukusebenza nokusebenza kahle.

Isilawuli Sezithuthuthu Kagesi Esisebenza Kakhulu Nesiqinile Esiqinile: Uhlelo Lokukhetha Lwama-Liquid Aluminium Electrolytic Capacitors

Indima ebalulekile yama-capacitor kubalawuli bezimoto

Ezithuthuthu zikagesi ezinesivinini esikhulu, isilawuli semoto siyingxenye eyinhloko ehlanganisa imisebenzi yokushayela nokulawula yemoto ibe yidivayisi eyodwa. Ibophezelekile ngokuyinhloko ukuguqula kahle amandla kagesi ahlinzekwa yibhethri ibe amandla okushayela emoto, kuyilapho ithuthukisa ukusebenza kwemoto ngama-algorithms okulawula anembile. Ngesikhathi esifanayo, ama-capacitor ebhodini lokushayela adlala indima ebalulekile ekugcineni amandla, ukuhlunga, nokukhipha amandla asheshayo ngaphakathi kwesilawuli semoto. Basekela izimfuno eziphezulu zamandla asheshayo ngesikhathi sokuqala kwemoto nokusheshisa, baqinisekisa ukuphuma kwamandla okushelelayo futhi bathuthukise ukusebenza kahle kanye nokuzinza kohlelo lonke.

Izinzuzo ze-YMIN polymer hybrid aluminium electrolytic capacitor kuzilawuli zezimoto

• Ukusebenza Kwe-Seismic Okuqinile:Izithuthuthu zikagesi ezihamba ngesivinini esikhulu zivame ukuhlangana namaqhubu, imithelela, nokudlidliza okukhulu phakathi nokusebenza, ikakhulukazi ngesivinini esiphezulu nasezindaweni ezimbi. Ukusebenza okuqinile kokuzamazama komhlaba kwe-polymer hybrid aluminium electrolytic capacitor kuqinisekisa ukuthi ahlala enamathele ngokuvikelekile ebhodini lesifunda kulezi zindawo. Lokhu kuvimbela ukuxhunywa kwe-capacitor ekuxegisweni noma ekuhlulekeni, kunciphisa ubungozi bokuhluleka kwe-capacitor ngenxa yokudlidliza, ukwehlisa izidingo zokulungisa, kanye nokwenza ngcono ukuthembeka kukonke nempilo yemoto.
• Ukumelana ne-High Ripple Currents: Ngesikhathi sokusheshisa nokwehliswa, izimfuno zamanje zemoto zishintsha ngokushesha, okuholela ekugelezeni okuphawulekayo kwamaza kusilawuli semoto. I-polymer hybrid aluminium electrolytic capacitor ingakhulula ngokushesha amandla agciniwe, iqinisekise ukutholakala kwamanje okuzinzile enjini phakathi nezinguquko zesikhashana futhi ivimbele ukwehla kwamandla kagesi noma ukushintshashintsha.
• Ukumelana Okuqinile nama-Ultra-High Surge Currents:Isilawuli sesithuthuthu sikagesi esinesivinini esikhulu esingu-35kW, esibhangqwe nemojuli yebhethri engu-72V, sikhiqiza amaza amakhulu afinyelela ku-500A ngesikhathi sokusebenza. Lokhu okukhipha amandla aphezulu kubekela inselele ukuzinza nokusabela kwesistimu. Ngesikhathi sokusheshisa, ukukhuphuka, noma ukuqala okusheshayo, injini idinga inani elikhulu lamanje ukuze inikeze amandla anele. I-polymer hybrid aluminium electrolytic capacitor inokumelana okuqinile nemisinga emikhulu yokuqhuma futhi ingakhulula ngokushesha amandla agciniwe lapho injini idinga amandla asheshayo. Ngokuhlinzeka ngamanje okuzinzile kwesikhashana, banciphisa ingcindezi kusilawuli semoto nezinye izingxenye ze-elekthronikhi, ngaleyo ndlela behlise ingozi yokwehluleka futhi bathuthukise ukwethembeka kwesistimu iyonke.

Ukukhetha Okunconyiwe

PHELA

I-integrated drive and control motor controller ihlinzeka ngesixazululo sokushayela esisebenza kahle kakhulu nesizinzile sezithuthuthu zikagesi ezinesivinini esikhulu, ukwenza kube lula ukwakheka kwesistimu nokuthuthukisa ukusebenza kanye nesivinini sokuphendula. Ifaneleka kakhulu izimo ezidinga ukuphuma kwamandla aphezulu kanye nokulawula okunembayo. Ukusebenza okuqinile kokuzamazama komhlaba, ukumelana namaza agelezayo aphezulu, kanye nekhono lokumelana namagagasi aphakeme kakhulu e-YMIN polymer hybrid aluminium electrolytic capacitors kuqinisekisa ukuphuma kwamandla okuzinzile ngisho nangaphansi kwezimo ezimbi kakhulu njengokusheshisa nomthwalo ophezulu. Lokhu kuqinisekisa ukwethembeka nokuphepha kwesithuthuthu sikagesi.

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