Yithi ndlela-ntle kwixhala leengxaki zokubeka iliso kubushushu obuphantsi kwiinqaba zentsimbi, i-YMIN lithium-ion capacitors ingenisa ixesha elitsha lokhuseleko lwamandla onke emozulu!

Njengeziseko ezingundoqo zonxibelelwano kunye nokuhanjiswa kwamandla, iinqaba zibekwe ikakhulu kwiindawo ezikude ezinobude obuphezulu kunye nokwahluka kobushushu obugqithisileyo ukuphumeza unxibelelwano olupheleleyo.

Ubume oburhabaxa kunye nokuxinana kwezithuthi kukhokelela kwiindleko eziphezulu zokuhlolwa kwezandla kunye nemingcipheko ebalaseleyo yokhuseleko, ukunyanzela ukusebenza kwenqaba kunye nokugcinwa kuxhomekeke kakhulu kulawulo olukude lwezixhobo zokubeka iliso ezizenzekelayo. Kulo khonkco, inkqubo yonikezelo lwamandla ezinzileyo kwaye ethembekileyo ehambelana neendawo ezinzima ibe yinto ephambili yokuqinisekisa ukuba iiyure ze-7 × 24 zisebenza ngokungaphazamiseki kwezixhobo zokubeka iliso.

01 Umceli mngeni wobushushu obuphantsi wokujongwa kokusingqongileyo

Izixhobo zokubeka iliso kwinqaba zibonakaliswe kumaqondo obushushu aphantsi kakhulu kunye nokwahluka okukhulu kobushushu ixesha elide. Izisombululo zebhetri zemveli zineengozi ezimbini ezifihliweyo ngenxa yeziphene ezisezantsi zobushushu bokusebenza:

1. Umthamo wehla ngokukhawuleza:Umthamo osebenzayo webhetri ubola ngaphezu kwe-50% kumaqondo okushisa aphantsi, ubomi besixhobo buyancipha ngokukhawuleza, kwaye bujongene nomngcipheko wokuphuma kwamandla kunye nokukhubazeka kwimozulu embi.

2. Umjikelo okhohlakeleyo wokusebenza nokugcina:Ukutshintshwa rhoqo kweebhetri okwenziwa ngesandla kunyusa iindleko zokusebenza nokugcinwa kwazo, kwaye ukuphela kombane okwexeshana kukhokelela ekulahlekeni kwedatha yokubeka iliso kunye nokuhla kokuthembeka okuqhubekayo.

02 I-YMIN enye i-lithium-ion capacitorisisombululo sokuphelisa ibhetri

Ekuphenduleni iziphene zezisombululo zebhetri zendabuko ezingentla, i-YMIN iqalise i-lithium-ion capacitor enye eneempawu ezibalaseleyo zokushisa, umthamo ophezulu, kunye nokukhupha okuphantsi, ukuphelisa isisombululo sebhetri yendabuko.

· Iimpawu zobushushu ezilungileyo:I-YMIN enye i-lithium-ion capacitor isekela -20 ℃ ukutshaja okuphantsi kobushushu kunye + 85 ℃ ukukhutshwa kobushushu obuphezulu, ukunikezelwa kwamandla okuzinzile kwi-ultra-wide yeqondo lokushisa, kwaye isombulule ngokupheleleyo ingxaki yokuthotywa kokusebenza kweebhetri zendabuko kwiindawo ezibandayo ezibandayo / ezishushu.

· Umthamo ophezulu:Ukudibanisa inzuzo yeebhetri ze-lithium-ion kunyesupercapacitoritekhnoloji, umthamo bukhulu ngokuphindwe ka-10 kuneye-supercapacitors kumthamo ofanayo, ukunciphisa kakhulu indawo ehlala izixhobo, kunye nokunceda uyilo olulula lwezixhobo zokubeka iliso kwinqaba.

· Ukutshaja ngokukhawuleza kunye nokukhupha kunye nokuzikhupha okuphantsi:I-20C eqhubekayo yokutshaja / i-30C yokukhutshwa ngokuqhubekayo / i-50C yokukhutshwa ngokukhawuleza, ukusabela okukhawulezileyo kwimfuno yamandla ngokukhawuleza yezixhobo, kunye nelahleko ephantsi kakhulu yokulinda ixesha elide.

Iinzuzo eziphambili zeYMIN i-lithium-ion capacitorskungekuphela nje ukucombulula indawo yeentlungu zokungasebenzi ngokwaneleyo kwezisombululo zebhetri zemveli kwiindawo eziphantsi zobushushu, kodwa nokunciphisa ukugcinwa rhoqo kunye neendleko, ukuphepha ngokufanelekileyo iingozi ze-terminal data ezibangelwa ukungaphumeleli kwebhetri, kunye nokubonelela ngesiqinisekiso samandla onke emozulu kwinqaba yokubeka iliso yendalo! Yithi ndlelantle kubushushu obuphantsi kwaye uxhobise uhlolo lokusingqongileyo.