Valelisa ukukhathazeka ngezinkinga zokuqapha izinga lokushisa eliphansi emibhoshongweni yensimbi, ama-capacitor e-lithium-ion e-YMIN angenisa inkathi entsha yokuphepha kwamandla kuzo zonke izimo zezulu!

Njengengqalasizinda eyinhloko yokuxhumana nokudlulisa ugesi, imibhoshongo isetshenziswa kakhulu ezindaweni ezikude ezinokuphakama okuphezulu kanye nokwehluka okukhulu kwezinga lokushisa ukuze kufezwe ukumbozwa kwenethiwekhi okugcwele.

Indawo enzima kanye nokuminyana kwezimoto kuholela ezindleleni eziphezulu zokuhlola ngesandla kanye nezingozi zokuphepha ezivelele, okuphoqa ukusebenza nokugcinwa kwemibhoshongo ukuthi kuthembele kakhulu ekulawulweni okukude kwemishini yokuqapha ezenzakalelayo. Kulolu chungechunge, uhlelo lokuphakelwa kwamandla oluzinzile noluthembekile oluzivumelanisa nezimo ezinzima selube yindlela eyinhloko yokuqinisekisa ukusebenza okungaphazanyiswa kwamahora angu-7 × 24 kwemishini yokuqapha.

01 Inselele yokushisa okuphansi yokuqapha imvelo yombhoshongo

Imishini yokuqapha imibhoshongo ivezwa emazingeni okushisa aphansi kakhulu kanye nokwehluka okukhulu kwezinga lokushisa isikhathi eside. Izixazululo zebhethri zendabuko zinezingozi ezimbili ezifihliwe ngenxa yokungasebenzi kahle kwezinga lokushisa eliphansi:

1. Umthamo wehla ngokushesha:Amandla ebhethri asebenzayo abola ngaphezu kuka-50% emazingeni okushisa aphansi, impilo yemishini incipha kakhulu, futhi ibhekene nengozi yokuphela kukagesi nokukhubazeka esimweni sezulu esibi kakhulu.

2. Umjikelezo wokusebenza nokugcinwa onzima:Ukushintsha amabhethri njalo ngesandla kukhulisa izindleko zokusebenza nokugcinwa kwawo, kanti ukucima kukagesi kwesikhashana kuholela ekulahlekelweni kwedatha yokuqapha kanye nokuwohloka okuqhubekayo kokuthembeka.

02 I-capacitor ye-lithium-ion eyodwa ye-YMINisixazululo sokususa ibhethri

Ukuphendula amaphutha ezixazululo zebhethri zendabuko ezingenhla, i-YMIN yethule i-capacitor eyodwa ye-lithium-ion enezici ezinhle kakhulu zokushisa, amandla aphezulu, kanye nokuzikhipha okuphansi, isusa ikhambi lebhethri lendabuko.

· Izici ezinhle zokushisa:I-capacitor ye-lithium-ion eyodwa ye-YMIN isekela ukushaja okuphansi kwe--20℃ kanye nokukhishwa okuphansi kwe-+85℃, ukunikezwa kwamandla okuzinzile ebangeni lokushisa elibanzi kakhulu, futhi ixazulula ngokuphelele inkinga yokuwohloka kokusebenza kwamabhethri endabuko ezindaweni ezibandayo/ezishisayo kakhulu.

· Umthamo ophezulu:Ukuhlanganisa izinzuzo zamabhethri e-lithium-ion kanyei-supercapacitorNgobuchwepheshe, umthamo walo mkhulu ngokuphindwe kayishumi kunowe-supercapacitors ngobuningi obufanayo, okunciphisa kakhulu isikhala esithathwa yimishini, futhi kusiza ukwakheka okulula kwemishini yokuqapha imibhoshongo.

· Ukushaja okusheshayo nokukhipha i-charge kanye nokukhipha i-charge ephansi ngokwakho:Ukushaja okuqhubekayo okungu-20C/ukukhishwa okuqhubekayo okungu-30C/ukukhishwa okusheshayo okungu-50C, impendulo esheshayo ekudingweni kwamandla okungazelelwe kwemishini, kanye nokulahlekelwa okuphansi kakhulu kokulinda isikhathi eside.

Izinzuzo eziyinhloko zeAma-capacitor e-lithium-ion e-YMINAkugcini nje ngokuxazulula inkinga yokungasebenzi kahle kwezixazululo zebhethri zendabuko ezindaweni ezinokushisa okuphansi, kodwa futhi kunciphisa imvamisa yokulungisa kanye nezindleko, kugwema ngempumelelo izingozi zedatha ezibangelwa ukwehluleka kwebhethri, futhi kunikeze isiqinisekiso samandla esisebenza kuzo zonke izimo zokuqapha imvelo yombhoshongo! Valelisa ukukhathazeka ngokushisa okuphansi futhi unike amandla ukuqapha imvelo yombhoshongo.