Ziqhutywa luqhushumbo lwezithuthi ezintsha zamandla kunye nobukrelekrele, ii-capacitor zomoya-moya (i-Aircon Capacitor), njengezona zinto ziphambili kwinkqubo yokukhenkcisa, ziphantsi koluhlu olupheleleyo lweendlela zobuchwepheshe ukusuka ekuveliseni izinto ezintsha ukuya kulawulo olukrelekrele.
Xa sithatha ii-capacitors ze-YMIN njengomzekelo, ubuchule bayo bobuchwephesha kunye nokuphumelela ekusebenzeni kwiifriji zezithuthi ezintsha zamandla kukwanika ugqozi lokusebenza kakuhle kweenkqubo zomoya-moya kunye nokuchaza ngokutsha imigangatho yokusebenza kakuhle kwamandla kunye nemida yokuthembeka kwezixhobo zokupholisa.
Impumelelo emacala mabini ekuqaliseni umatshini oshushu ophantsi kunye nokunyamezela ubushushu obuphezulu
Ii-capacitor ze-air-conditioner zemveli zisengozini yokubola kwe-capacitance okanye ukungaphumeleli kobushushu obugqithisileyo kumaqondo obushushu aphezulu, ngelixa i-**liquid chip aluminium electrolytic capacitor** eyenziwe yi-YMIN inokukhupha ngokuzinzileyo i-current enkulu ngoko nangoko kwindawo ene--40℃ ngokusebenzisa iteknoloji yokunciphisa ukubola kwe-capacitance yobushushu obuphantsi, ukusombulula ingxaki yokuqalisa okubandayo kwe-compressor.
Kwangaxeshanye, umaleko we-dielectric odibeneyo kunye ne-electrolyte eqinileyo esetyenziswa yi-capacitor igcina ixabiso le-capacitance lizinzile kubushushu obuphezulu be-105℃, nto leyo eyandisa kakhulu ubomi benkonzo ye-compressor ye-air-conditioner yesithuthi. Olu xinzelelo lobushushu oluneendlela ezimbini lwenza inkqubo ye-air-conditioner ikwazi ukuziqhelanisa neemeko zokusebenza ezinzima ukusuka kwingqele eqatha ukuya kwihlobo elishushu.
Ukulungelelaniswa komthwalo ophezulu kunye nempendulo enamandla
Iinkqubo ezintsha zomoya opholileyo kufuneka zijongane notshintsho oluqhelekileyo lomthwalo oqalayo kunye notshintsho lomthwalo oguqukayo. Ii-capacitor ze-polymer hybrid ze-YMIN zinciphisa ukulahleka kwamandla ngama-30% ngoyilo oluphantsi lwe-ESR (ukumelana nochungechunge olulinganayo), kwaye zidityaniswe neempawu zomsinga ophezulu we-ripple (>5A), zinciphisa ukuguquguquka kwe-voltage xa i-compressor isebenza kwi-frequency ephezulu, ziphepha ukwehla kokusebenza kwefriji okubangelwa kukushukuma kwangoku. Umzekelo, kwii-compressors zomoya opholileyo zezithuthi, ezi capacitors zinokumelana nokusebenza komthwalo ophezulu ixesha elide, kwaye izinga lokusilela lincitshiswa ngaphezulu kwama-50% xa kuthelekiswa neemveliso zemveli.
Ukuhlanganiswa okukrelekrele kunye noguquko lokusebenza kakuhle kwamandla
Iinkqubo zomoya zanamhlanje zidityaniswe ngokunzulu nee-capacitors kunye neeyunithi zolawulo lwe-elektroniki (ii-ECU) ukuze kufezekiswe ulawulo lwamandla oluguqukayo. Xa i-sensor ibona ukuba i-compressor igcwele kakhulu, i-ECU inokusasaza ngobuchule imveliso ye-capacitor, ibeke phambili ukusebenza kwezixhobo eziphambili, kwaye iphucule izinga lokusetyenziswa kwamandla ngokusebenzisa ii-algorithms zoxinzelelo lwe-ripple. Izifundo zibonise ukuba ukusebenza kakuhle kwamandla kweenkqubo zomoya ezixhotyiswe ngee-capacitors ze-YMIN kuphuculwe nge-15%-20%, ngakumbi kwizithuthi ezintsha zamandla kumaqonga aphezulu e-voltage.
Ukutshintshwa kwekhaya kunye nokuphuculwa kwemizi-mveliso
Ii-capacitor ze-YMINZithathe indawo yeNichicon kunye nezinye iimpawu zamazwe ngamazwe ngokwamaqela ngokumelana kwazo nombane ophezulu (450V) kunye nobomi obude (>iiyure ezingama-8000), zifezekisa impumelelo yasekhaya kwicandelo lomoya opholileyo wezithuthi. Indlela yayo yobugcisa ayikhuthazi nje kuphela uphuhliso lweenkqubo zomoya opholileyo ukuya kwi-miniaturization kunye nokungabi naoyile, kodwa ikwajonga imeko yempilo yee-capacitors kude ngetekhnoloji ye-Intanethi yezinto, ibonelela ngenkxaso yedatha yokugcinwa kwangaphambili.
Isiphelo
Ii-capacitor zomoya opholileyo ziyaguquka ukusuka "kwizinto ezisebenzayo" ukuya "kwiindawo zamandla ezikrelekrele". Ubugcisa be-YMIN bubonisa ukuba impumelelo ephindwe kabini yokuvelisa izinto ezintsha kunye nokuhlanganiswa kwenkqubo ayinakusombulula kuphela iingongoma zentlungu zokufrijiwa kwiimeko ezintsha zamandla, kodwa ikwabeka umlinganiselo we-ecology yolawulo lobushushu olunekhabhoni ephantsi kunye nokuthembeka okuphezulu. Kwixesha elizayo, ngokudityaniswa kwee-electrolytes eziqinileyo kunye nobuchwepheshe be-semiconductor obubanzi, ii-capacitors ziya kukhupha amandla amakhulu kuguquko lokusebenza kakuhle kwamandla.
Ixesha leposi: Epreli-18-2025