Abantu abaninzi bayathandabuza malunga neebhetri ze-lithium ezisanda kuthengwa. Ndibone igqala lishwankathela ukusetyenziswa kweebhetri ze-lithium kwaye ndabelana ngalo nawe, ngethemba lokunceda wonke umntu.

1. Uyisebenzisa njani ibhetri entsha ye-lithium? Intlawulo yokuqala okanye ukukhutshwa kuqala? Ubiza njani? Ukukhutshwa kokuqala kunye nencinci yangoku (ngokuqhelekileyo isetyenziswe kwi-1-2A), emva koko sebenzisa i-1A yangoku ukuhlawula kunye nokukhupha amaxesha angama-2-3 ukwenza ibhetri isebenze.

2. Ibhetri entsha isanda kuqalisa ukusebenzisa, i-voltage ayilingani, ihlawulise amaxesha amaninzi, kwaye ibuyele kwisiqhelo, yintoni ingxaki? Ukuthelekisa kubaluleke kakhulu, kuba ibhetri yebhetri enye ilungile, kodwa kusekho ukungafani komntu ngamnye ekuzikhupheni. Kudla ngokuthatha ngaphezulu kweenyanga ezi-3 ukuba ibhetri isuke kumzi-mveliso iye kumsebenzisi. Ngeli xesha, ibhetri enye iya kuboniswa ngenxa yeendlela ezahlukeneyo zokuzikhupha. Ekubeni zonke iitshaja kwiimarike zinomsebenzi wokulinganisa intlawulo, ukungalingani ngokubanzi kuya kuba ngexesha lokutshaja. Ulungiswe.

3. Loluphi uhlobo lokusingqongileyo ekufuneka iibhetri ze-lithium zigcinwe kuyo? Igcinwe kwindawo epholileyo neyomileyo, ubushushu begumbi 15-35 ℃, ukufuma kokusingqongileyo 65%

4. Ingaba ibhetri ye-lithium ingahlala ixesha elingakanani? Mingaphi imijikelo onokuthi uyisebenzise? Ziziphi izinto ezichaphazela ixesha lokuphila? Iibhetri ze-lithium zomoya zingasetyenziselwa malunga namaxesha angama-100. Izinto ezibalulekileyo ezichaphazela ubomi babo benkonzo zezi: 1. Xa iqondo lokushisa liphezulu kakhulu, ibhetri ayinakusetyenziswa okanye igcinwe kwindawo apho iqondo lokushisa liphezulu kakhulu (35 ° C). Ipakethi yebhetri ayinakutshajwa kakhulu okanye ikhutshwe kakhulu ngexesha lokutshaja nokukhupha. 2. I-voltage yebhetri yeseli enye i-4.2-3.0V, kunye ne-high-current recovery voltage ingaphezulu kwe-3.4V; khetha imodeli enamandla afanelekileyo ukuthintela ipakethe yebhetri ukuba inganyanzelwa ukuba isebenzise phantsi kweemeko zokugcwala kakhulu.

5. Ngaba imfuno ye-lithium entsha iyasebenza? Ngaba iya kusebenza ukuba ivaliwe? Xa imfuno ivuliwe, kuya kuthatha ngaphezulu kweenyanga ezi-3 ukuba ibhetri entsha ihanjiswe ukusuka kumzi-mveliso ukuya kumsebenzisi. Ibhetri iya kuba kwindawo yokulala kwaye ayifanelekanga ukukhutshwa ngokukhawuleza okukhulu. Ngaphandle koko iya kuchaphazela amandla ebhetri kunye nobomi.

6. Sesiphi isizathu sokuba ibhetri entsha ingatshaji? Ibhetri nguziro, ukuxhathisa kwebhetri, kwaye imo yokutshaja ayilunganga.

7. Yintoni inombolo C yeebhetri ze-lithium? C luphawu lomthamo webhetri, kwaye isimboli yangoku iyafana nale ndiyithethayo. C imele isiphumo sokuphindaphinda esihlala sisithi, oko kukuthi, umthamo olinganisiweyo webhetri unokufinyezwa ngokuhambelana okwangoku , Umzekelo, i-2200mah20C, i-20C ithetha ukuba ibhetri yesiqhelo yokusebenza ngoku i-2200ma × 20 = 44000 mA;

8. Yintoni eyona nto ingcono yokugcina i-lithium? Ungakanani umbane onokugcinwa yile bhetri? Umbane omnye uphakathi kwe-3.70 ~ 3.90V, kwaye umbane wefektri ngokubanzi uthatha i-30% ~ 60%.

9. Yintoni umahluko oqhelekileyo woxinzelelo phakathi kweebhetri? Ukuba ndigqithisa umlinganiselo woxinzelelo, kufuneka ndenze ntoni? Kuyinto eqhelekileyo ukuba ibhetri entsha ibe malunga ne-30 mV kwinyanga enye ukususela kumhla wokuvelisa kunye ne-0.03 V. Beka ibhetri ngaphandle kwe-3 Ngaphezulu kwenyanga, i-0.1 V ingasetyenziselwa kwi-100 mV ixesha elide. Ipakethi yebhetri edlula uxinzelelo olulinganisiweyo ingasetyenziselwa ukulinganisa i-2 ukuya ku-3 amaxesha entlawulo ephantsi yangoku kunye nomjikelezo wokukhupha (ixesha eli-1) kunye nomsebenzi wetshaja ehlakaniphile ukulungisa uxinzelelo olungaqhelekanga lweepakethi ezininzi zebhetri. Umahluko.

10. Ingaba ibhetri ingagcinwa ixesha elide emva kokuba igcwaliswe ngokupheleleyo? Ixesha lokugcinwa akufanele lidlule iintsuku ezi-7; kungcono ukuba ibhetri ikwimo yombane kuphela ye-3.70-3.90, ehambelana nokwandisa ubomi bebhetri. Ukuba ayisetyenziswanga ixesha elide, qiniseka ukuba uyibiza rhoqo kwiinyanga ezi-1-2 Ukukhutshwa kanye.