How to properly use the sweeping robot lithium-ion battery?

ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Leverancier van draagbare energiecentrales

Iirobhothi zokutshayela kuba zifuna ukungaceli, uyilo aluphelelanga kwindawo yendawo, ngoko uyilo alunacingo. Oku kufuna ibhetri ye-lithium-ion ukuyinikezela ekusebenzeni kwayo okuqhelekileyo, kwaye i-robot etshayelayo ineemfuno eziphezulu ngokukodwa kwiibhetri ze-lithium-ion, ngoko ke ngoku uguqulelo oluphuculweyo lwerobhothi etshayelayo lusetyenziswa ngokusisiseko yi-polymer lithium ion iibhetri ngenxa ye-polymer lithium ion ibhetri. Ukhuseleko luphezulu kakhulu, icandelo likwalula, i-voltage iphezulu, ukuxinana kwamandla omthamo ofanayo kuphezulu kakhulu kunebhetri ye-nickel-hydrogen, ibhetri ye-lead-asidi iphezulu kakhulu, kwaye akukho ntlawulo kunye nokukhupha umphumo wememori, kunye nokuhamba, ubomi obungaphezu kwamaxesha angama-700.

Ngaphandle komthamo ophezulu, ibhetri ye-lithium-ion inde, kodwa ibhetri ye-lithium ion iya kwenza ukuba ibhetri ye-lithium ion ibe ncinane, kwaye ibhetri ye-lithium-ion kufuneka ithathele ingqalelo kwesi sitshixo silandelayo xa usebenzisa ibhetri ye-lithium-ion xa usebenzisa ibhetri ye-lithium-ion xa usebenzisa oku kulandelayo: iyaqhubeka nokusebenza kwaye Ukuqonda i-robot ayisebenzi, okubangela ukukhutshwa ngokugqithiseleyo kweebhetri ze-lithium-ion, kaninzi kunciphisa ubomi benkonzo yeebhetri ze-lithium-ion. Ngokuqhelekileyo, i-robot itshintshelwe kwibhetri ye-lithium-ion isabiza kakhulu, ngoko ke kusafuneka ukuba ubeke ingqalelo kwisondlo. Amanyathelo okulumkisa 2: Ukusebenzisa itshaja yoqobo yomvelisi ukutshaja ibhetri ye-lithium-ion, sebenzisa ibhetri ye-lithium ion.

Ibhetri yeLithium-ion ihlawulisa ukusetyenziswa kwemowudi ye-CC / CV (uxinzelelo oluqhubekayo lwangoku + oluqhubekayo), oko kukuthi okokuqala ukutshaja ngexesha eliqhubekayo, kwaye ujike kwi-charge yoxinzelelo oluqhubekayo xa i-voltage ifikelela ku-4.2V * n, de i-current iyancipha ukuya ku-0.01 Connection stop xa C.

Izilumkiso ze-3: Ixesha elide elingasetyenziswanga kufuneka lihlawule iibhetri ze-lithium ion ukuya kwi-95% kwaye emva koko zibeke, ukubekwa ngaphandle kwe-airborne yokugcina ibhetri ye-lithium-ion, ukuthutha, kunye nokuthunyelwa kwenqanawa, yonke into enesiqingatha sombane, umehluko we-voltage phantse i-3.83V. Umbane ogcweleyo (4.

I-18-4.19V) ixhomekeke kwiingozi zokhuseleko, kunye ne-polymer lithium ion ibhetri yebhegi ethambileyo, inokubiza. Imeko yangaphandle (3.

0V okanye ngaphantsi) inkulu kumonakalo webhetri, kwaye i-electrode data lattice iyingozi. Emva kokufunda oku kulandelayo, idatha icacile: ipesenti yepesenti yokuhluthwa inxulumene nepesenti yexabiso lokuqala le-40% 100% isimo sokutshaja 0 degree 98% (unyaka omnye kwixesha elizayo) 94% (unyaka omnye kwixesha elizayo) 25 degrees 96% (unyaka omnye kwixesha elizayo) 80 degrees 85% (unyaka omnye kwi-5% kwixa elizayo) I-75% (unyaka omnye kwixesha elizayo) 60% (iinyanga ezi-3, ikamva) licacile, Ukuba ufuna ukugcina ibhetri ixesha elide, zama ukuyibeka kwindawo edikayo kunye neqondo lokushisa eliphantsi kwaye uvumele ibhetri ihlale ijikeleze i-40%, ngokuqinisekileyo, kukulungele ukuthatha ibhetri kanye ngenyanga, enokuqinisekisa imeko ebalaseleyo yokugcina ibhetri. Akunjalo ukuba amandla alahlekile ngokupheleleyo kwaye wonakaliswe ibhetri.

Izilumkiso 4: Iibhetri zeLithium-ion kufuneka zihlawulele umoya otyhafisayo, ubushushu bungcono kancinci kwithiyori, kodwa zidityaniswe nemeko yangoku yeebhetri zabahlali, uninzi lwabavelisi benza iibhetri zobushushu obuphantsi kakhulu ziya konakalisa ubume bangaphakathi. Ngoko ke kusemalunga nama-20 okanye kunjalo. .