Ebusika obubandayo, ukusebenza kahle, ukuphepha nokuqina kwemishini yokushisa kuhlobene ngokuqondile nolwazi lomsebenzisi. Ngobuchwepheshe obuyisisekelo obufana ne-ultra-low ESR, ukumelana okuphezulu kwamanje, impilo ende kanye nokuminyana komthamo omkhulu, ama-capacitor e-YMIN afake amandla amasha kumahitha kagesi esimanje futhi abe injini eyinhloko yokuthuthukiswa kokusebenza kahle kwamandla.
1. Ukuguqulwa kokusebenza kahle kwamandla: i-ESR ephansi kakhulu ishayela ukuphuma okusebenzayo kwamandla okushisa
Inselele eyinhloko yama-heater kagesi ukunciphisa ukulahlekelwa ohlelweni lokuguqulwa kwamandla kagesi. I-ultra-low ESR (ukumelana kochungechunge okulingana kungaba ngaphansi njengo-6mΩ) yama-capacitor e-YMIN kunciphisa kakhulu ukumelana nokudluliselwa kwamanje, kunciphisa ukumosheka kwamandla, futhi kuguqule amandla kagesi abe amandla okushisa cishe akukho nokulahlekelwa.
Ukumelana nokuphakama okuphezulu kwamanje: Lapho kubhekene nokushaqeka okukhulu kwamanje lapho i-heater iqaliswa futhi imiswa noma lapho amandla eguquguquka, ama-capacitor e-YMIN angakwazi ukuthwala ngokuzinza afinyelela ku-20A wamanje osheshayo, aqinisekise ukuthi isici sokushisisa siyaqhubeka nokusebenza kahle futhi sigwema ukuphelelwa isikhathi kwemishini noma ukushintshashintsha kwezinga lokushisa okubangelwa izinguquko ezisheshayo zamanje.
2. Izinzile futhi ihlala isikhathi eside: ukuvikeleka kwesikhathi eside ezindaweni ezimbi kakhulu
I-heater idinga ukuba endaweni yokushisa ephezulu kanye nomswakama ophezulu isikhathi eside, okubeka izidingo eziqinile empilweni yezingxenye.
Umklamo wempilo ende: Ama-capacitor e-YMIN angahlala amahora angama-4000 ekushiseni okuphezulu okungu-125℃ (cishe iminyaka engu-7 yokusebenza okungaphazamiseki), futhi izinga lokunciphisa umthamo ngu-≤10%, lidlula kude izinga lemboni, linciphisa kakhulu izindleko zokunakekela.
Ukuzinza okubanzi kwezinga lokushisa: Isekela izinga lokushisa elibanzi ukusuka ku -55 ℃ kuya ku +105 ℃. Ngisho nasendaweni ebanda kakhulu noma enomswakama enyakatho, ukusebenza kwe-capacitor kuhlala kuzinzile, kuqeda ukwehluleka kwemishini okubangelwa ukushintsha okungazelelwe kwezinga lokushisa.
3. Isiqinisekiso sokuphepha: ukumelana namandla kagesi aphezulu kanye nomthelela wokuvikela okukabili
Ukuphepha komsebenzisi kuyisidingo esiyinhloko semishini yokushisisa.
Ukumelana ne-Ultra-high voltage: Ama-capacitor e-YMIN angakwazi ukumelana nama-voltage aphezulu ngaphezu kuka-450V, amunca ngempumelelo ama-voltage egridi noma ama-surges esikhashana ngesikhathi sokushintshwa, avikele isekethe yokushisisa emonakalweni, futhi asuse ukuvuza kanye nezingozi zesekethe emfushane emthonjeni.
Isakhiwo esiqinile-esiqinile/esihlanganisiwe isakhiwo sokuvikela ukuqhuma: I-solid-state electrolyte noma ubuchwepheshe obuhlanganisiwe obuqinile busetshenziselwa ukugwema ngokuphelele ubungozi bokuvuza kwe-electrolyte evamile futhi kuqinisekiswe ukuphepha kokusetshenziswa ekhaya.
4. Ukulungiselela isikhala: ivolumu encane namandla amakhulu, okuvumela okokusebenza okungasindi
Izici zokuminyana komthamo ophezulu wama-capacitor e-YMIN zinganikeza umthamo wokugcina wokushaja ophezulu ngevolumu efanayo. Isibonelo, umthamo we-capacitor yochungechunge lwe-CW3 ungafika ku-1400μF, osiza i-heater ukuthi ifinyelele ekwenzeni okuncane nokuphatheka kuyilapho isekela ukuphuma kwamandla amakhulu.
Isiphetho
Ama-capacitor e-YMIN asephenduke izingxenye ezithandwayo eziyinhloko zamahitha kagesi asezingeni eliphezulu anokwethenjelwa kwezinga lezempi nokusebenza kwebhentshimakhi yokonga amandla. Kusukela kuma-heaters agcina amandla futhi athule agcina ukushisa kuya kumathuluzi okugcina ukushisa asekhaya alawulwa izinga lokushisa, ama-capacitor e-YMIN enza ukufudumala kusebenze kahle, kuhlale isikhathi eside futhi kuphephe ngokusungula izinto ezintsha zobuchwepheshe.
Khetha i-YMIN, khetha ukufudumala okungapheli ebusika
Isikhathi sokuthumela: Jul-08-2025