Kubhethri lamandla ezimoto zikagesi, ekushiseni okuphansi, umsebenzi wama-ion e-lithium uncishiswa kakhulu, futhi ngesikhathi esifanayo, i-viscosity ye-electrolyte iyanda kakhulu. Ngenxa yalokho, ukusebenza kwebhethri kuzokwehla kakhulu, futhi kuzothinta nokuphila kwebhethri. Ngakho-ke, ukushisa iphakethe lebhethri kubaluleke kakhulu. Njengamanje, izimoto eziningi zamandla amasha zihlonyiswe ngezinhlelo zokupholisa ibhethri kuphela, kuyilapho zinganaki uhlelo lokushisa.
Njengamanje, izindlela ezivamile zokushisa ibhethri ziyipompo yokushisa kanyeIsifudumezi Sokupholisa se-Ptc. Ngokombono wama-OEM, izinketho ezahlukene zihlukile: Isibonelo, iphakethe lebhethri le-Tesla Model S lishiswa ngocingo lokumelana olusebenzisa amandla amaningi. Ukuze kongiwe amandla kagesi ayigugu, i-Tesla ikhansele ukumelana ku-Model 3. Izintambo ziyashiswa, okuthi kamuva zishise ibhethri ngokushisa okulahliwe okuvela kumoto kagesi kanye nohlelo lwamandla kagesi. Uhlelo lokushisa ibhethri olusebenzisa amanzi angu-50% + i-ethylene glycol engu-50% njengendlela yokuxhumana okwamanje lwamukelwa abakhiqizi abakhulu bezimoto, futhi amaphrojekthi amaningi amasha asesigabeni sokulungiselela ngaphambi kokukhiqizwa ngobuningi.
Kukhona futhi amamodeli asebenzisa ukushisa kwephampu yokushisa. Kodwa-ke, uma izinga lokushisa elizungezile liphansi, iphampu yokushisa inomthamo wokudlulisa ukushisa ophansi futhi ayikwazi ukufudumala ngokushesha. Ngakho-ke, njengamanje, kuma-OEM, ikhambi lokushisa uketshezi olunamandla aphezulu liyikhambi lephuzu elibuhlungu lokushisa ibhethri ebusika elikhethwa kuqala.
Isifudumezi esipholile se-NF PTC esinomfutho ophezulu (I-HVCH)
Okushai-heater ye-PTC yokupholisa ene-voltage ephezuluinomklamo we-modular oqinile kakhulu onamandla okushisa aphezulu. Isisindo esiphansi sokushisa kanye nokusebenza kahle okuphezulu ngesikhathi sokuphendula okusheshayo kunikeza amazinga okushisa ekhabhini akhululekile ezimotweni ze-hybrid kanye nezikagesi. Usayizi wephakheji kanye nesisindo sayo kuncishisiwe, futhi impilo yayo yesevisi inde: isici sokushisa sefilimu yangemuva sinempilo yesevisi yamahora angu-15,000 noma ngaphezulu; ukunikezwa kwamandla kuyaguquguquka kakhulu futhi kwaklanywa ngokushintsha kokupholisa; ukushaja okusheshayo okungu-800 V nakho kuyatholakala njengenketho.
NgoSepthemba 2018, ithembele kokuhlangenwe nakho kwayo okucebile emkhakheni wezixazululo zokuphathwa kokushisa kwezimoto zikagesi, i-NF yathola i-oda elikhulu lama-heater e-liquid anomfutho ophezulu avela kumkhiqizi wezimoto ohamba phambili waseYurophu kanye nomkhiqizi wezimoto omkhulu wase-Asia. I-oda selivele liqalile ukukhiqizwa ngo-2020.
Isikhathi sokuthunyelwe: Feb-10-2023
