Iqhutshwa igagasi lezimoto ezintsha zamandla kanye nobuhlakani, ama-air-conditioning capacitor (Aircon Capacitor), njengezingxenye eziyinhloko zesistimu yesiqandisi, abhekana nohlu olugcwele lokuphindaphinda kwezobuchwepheshe kusukela emisha yezinto ezibonakalayo kuya ekulawuleni okuhlakaniphile.
Uma sithatha ama-capacitor e-YMIN njengesibonelo, ukuthuthukiswa kwayo kwezobuchwepheshe kanye nempumelelo yokusebenza eziqandisini zezimoto zamandla amasha nakho kunikeza ugqozi lokusebenza kahle kwezinhlelo zokupholisa umoya futhi kuchazwe kabusha izindinganiso zokonga kwamandla kanye nemingcele yokuthembeka kwemishini yesiqandisi.
Izindlela ezimbili eziphumelelayo ekuqaliseni izinga lokushisa eliphansi kanye nokubekezelela izinga lokushisa eliphezulu
Ama-capacitor e-air-conditioning ajwayelekile athambekele ekuwohlokeni kwe-capacitance noma ukwehluleka ukushisa ngokweqile emazingeni okushisa adlulele, kuyilapho **i-liquid chip aluminium electrolytic capacitor** ethuthukiswe yi-YMIN ingakwazi ukukhipha amandla aso ngokushesha endaweni engu--40℃ ngokusebenzisa izinga lokushisa eliphansi lokubola kwe-compressor technology, ukuxazulula inkinga yokucindezela okubandayo.
Ngesikhathi esifanayo, ungqimba lwe-dielectric oluhlanganisiwe kanye ne-electrolyte eqinile esetshenziswa i-capacitor igcina inani le-capacitance lizinzile ekushiseni okuphezulu kuka-105 ℃, okunweba kakhulu impilo yesevisi ye-compressor ye-air-conditioning yemoto. Lokhu kumelana nokushisa kwezindlela ezimbili kwenza uhlelo lwe-air-conditioning luvumelane nezimo zokusebenza eziyinkimbinkimbi kusukela kubanda kakhulu kuya ehlobo elishisayo.
Ukusebenza ngokubambisana komthwalo ophezulu kanye nokuphendula okuguquguqukayo
Amasistimu omoya omusha wamandla adinga ukubhekana nezinguquko ezivamile zokumisa kanye nomthwalo oguqukayo. I-YMIN's polymer hybrid capacitor yehlisa ukulahleka kwamandla ngo-30% ngedizayini ephansi ye-ESR (uchungechunge olulinganayo ukumelana), futhi ihlanganiswe nezici ze-ripple current ephezulu (>5A), inciphisa ukushintshashintsha kwe-voltage lapho i-compressor isebenza ngefrikhwensi ephezulu, igwema ukwehla kokusebenza kahle kwesiqandisi okubangelwa ukushaqeka kwamanje. Isibonelo, kuma-compressor we-air conditioning yemoto, ama-capacitor anjalo angakwazi ukumelana nokusebenza kwesikhathi eside komthwalo omkhulu, futhi izinga lokuhluleka lincishiswa ngaphezu kuka-50% uma kuqhathaniswa nemikhiqizo yendabuko.
Ukuhlanganiswa okuhlakaniphile kanye nokuguquguquka kokusebenza kahle kwamandla
Izinhlelo zesimanje zesimo somoya zihlanganisa ngokujulile ama-capacitor namayunithi okulawula i-elekthronikhi (ECUs) ukuze kuzuzwe ukulawulwa kwamandla ashukumisayo. Lapho inzwa ithola ukuthi i-compressor igcwele kakhulu, i-ECU ingakwazi ukusabalalisa ngobuhlakani okukhiphayo kwe-capacitor, ibeke phambili ukusebenza kwezingxenye eziyinhloko, futhi ithuthukise izinga lokusetshenziswa kwamandla ngokusebenzisa ama-algorithms okucindezela kwe-ripple. Ucwaningo lubonise ukuthi ukusebenza kahle kwamandla okugcwele kwezinhlelo zokupholisa umoya ezifakelwe ama-YMIN capacitor kuthuthukiswa ngo-15% -20%, ikakhulukazi ezimotweni zamandla amasha kumapulatifomu anamandla kagesi.
Ukushintshwa kwasekhaya kanye nokuthuthukiswa kwezimboni
YMIN capacitorsbathathe indawo ye-Nichicon kanye nezinye izinhlobo zamazwe ngamazwe ngamaqoqo ngokumelana ne-voltage ephezulu (450V) nempilo ende (>amahora angu-8000), bazuza impumelelo yasekhaya emkhakheni we-air conditioning yezimoto. Indlela yayo yobuchwepheshe ayithuthukisi nje kuphela ukuthuthukiswa kwezinhlelo zokupholisa umoya eziya ekusetshenzisweni okuncane futhi kungabi nawoyela, kodwa futhi ibona ukuqapha okukude kwesimo sezempilo sama-capacitor ngobuchwepheshe be-inthanethi Yezinto, ukuhlinzeka ngosekelo lwedatha lokunakekelwa okubikezelwayo.
Isiphetho
Ama-Airconditioner capacitor ashintsha kusukela "ezingxenyeni ezisebenzayo" kuya "ku-smart energy hubs". Umkhuba wezobuchwepheshe we-YMIN ubonisa ukuthi ukuphumelela okukabili kokuqamba izinto ezintsha nokuhlanganiswa kwesistimu akukwazi nje kuphela ukuxazulula amaphuzu ezinhlungu zesiqandisi ezimeni ezintsha zamandla, kodwa futhi kusetha ibhentshimakhi yekhabhoni ephansi kanye nokwethenjwa okuphezulu kwe-ecology yokulawulwa kokushisayo. Ngokuzayo, ngokuhlanganiswa kwama-electrolyte wesifunda esiqinile kanye nobuchwepheshe be-semiconductor ebanzi-bandgap, ama-capacitor azokhulula amandla amakhulu ekuguqukeni kokusebenza kahle kwamandla.
Isikhathi sokuthumela: Apr-18-2025