Isixhobo sokulungisa itshaja yebhetri yeLithium kunye nebhalansi yokukhupha ngokulawula itshaja kunye nokukhupha kunye nokulungisa ibhalansi, sandisa ubomi bebhetri, siphucula ukusebenza, siphucula ukhuseleko, kwaye sineenzuzo zokusebenza lula, ukusetyenziswa ngokubanzi, ukhuseleko lokusingqongileyo kunye nokonga amandla, sisixhobo esifanelekileyo sokugcina ibhetri yeLithium.

I-Heltec Energy esemgangathweni ophezulu elinganayo yenzelwe ukubonelela ngokulinganisela okubanzi nokufanelekileyo kwenkqubo yakho yebhetri, ukuqinisekisa ukusebenza kakuhle kunye nobude bexesha. I-Battery Equalizer yenzelwe ukuqinisekisa ukuba iseli nganye nganye ngaphakathi kwepakethi yebhetri ye-lithium isebenza ngamandla ayo aphezulu. Ngokulinganisa i-voltage kunye nomsinga kuzo zonke iiseli, esi sixhobo silinganisa ngokufanelekileyo ukusasazwa kwamandla, sithintele ukutshaja kakhulu okanye ukutshaja ngaphantsi kwayo nayiphi na iseli ethile. Oku akupheleli nje ekuphuculeni ukusebenza kakuhle kwepakethi yebhetri kodwa kwandisa nobomi bayo, ekugqibeleni kukongela ixesha kunye nemali ekutshintsheni.

Umatshini wokuvavanya ukutshaja nokukhupha ibhetri yeHeltec VRLA/lithium –owenzelwe ukuhlangabezana neemfuno zabathengisi bezithuthi zombane kunye nabavelisi beebhetri, lo mvavanyi womthamo webhetri owakhelwe injongo ubonelela ngokuchongwa komthamo wokukhupha kunye nokusebenza okubanzi kokutshaja kothotho.

Umatshini wokuwelda weHeltec Energy uxhotyiswe ngobuchwepheshe obuphambili obususa ukuphazamiseka kwamandla e-AC kwaye buthintele ukukhubeka kweswitshi, buqinisekisa inkqubo yokuwelda engenamthungo nesebenzayo. Lo matshini usebenzisa amandla aphezulu okuwelda nge-polymerization pulse, kunye neendawo zokuwelda ezixineneyo nezincinci kunye nokungena kwedama elinyibilikisiweyo elinzulu, ukuthintela iindawo zokuwelda ukuba zingabi mnyama kwaye kuqinisekiswe ukuwelda okusemgangathweni ophezulu nokuqina. Ukongeza, i-dual-mode spot welding trigger yenza ukuwelda okuchanekileyo, okukhawulezayo nokusebenzayo, okwenza kube lula ukuwelda iindawo ezahlukeneyo.

Iimodeli ezintsha zeHeltec zokuwelda iindawo zinamandla ngakumbi ngamandla aphezulu okuphefumla kwe-peak angama-42KW. Ungakhetha umbane we-peak ukusuka kwi-6000A ukuya kwi-7000A. Yenzelwe ngokukodwa ukuwelda ishidi lokuguqula ubhedu, i-aluminium kunye ne-nickel, uthotho lwe-SW02 luxhasa ubhedu obukhulu, i-nickel ecocekileyo, i-nickel-aluminium kunye nezinye iintsimbi eziwelda ngokulula nangokuqinileyo (ukuxhasa ishidi lobhedu elifakwe i-nickel kunye nokuwelda ngqo kwe-nickel kwi-electrodes yobhedu yebhetri, ukuwelda ngqo kweshidi lobhedu olucocekileyo kwi-electrodes yobhedu yebhetri ene-flux). I-HT-SW02H ikwanakho nokulinganisa ukumelana. Ingalinganisa ukumelana phakathi kwento edibanisayo kunye ne-electrode yebhetri emva kokuwelda kwendawo.

Ngokungafaniyo nee-inductive balancers, ii-capacitive balancers zinokufikelela kwi-group balancing. Akufuneki umahluko we-voltage phakathi kweebhetri ezikufutshane ukuze kuqalwe ukulinganisela. Emva kokusebenza kwesixhobo, i-voltage nganye yebhetri iya kunciphisa ukubola komthamo okubangelwa yi-backet yebhetri, ngaloo ndlela inciphise ixesha lengxaki.

Njengoko inani lemijikelo yebhetri lisanda, izinga lokuwohloka kwamandla ebhetri liya litshintshatshintsha, nto leyo ekhokelela ekungalinganini okukhulu kwamandla ebhetri. 'Isiphumo sebhakethi yebhetri' sinokuchaphazela ubomi bebhetri. Yiyo loo nto ibhetri yakho ifuna i-balancer esebenzayo.

Umatshini wokuwelda we-laser we-Heltec Energy HT-LS02G we-gantry battery usebenzisa isakhiwo se-gantry esizenzekelayo ngokupheleleyo. Ukuwelda okuguquguqukayo kweentlobo ezahlukeneyo kunye nobukhulu beemodyuli zebhetri ye-lithium. Ukuwelda ngokuchanekileyo kunciphisa ukumelana koqhagamshelwano lweebhetri ze-lithium ngexesha lokuhlanganiswa, kuphucula imveliso kunye nokusebenza kweemodyuli zebhetri ye-lithium. Imveliso ezenzekelayo isebenza kakuhle kwaye inenkqubo yokusebenza elula. Amandla okukhupha yi-1500W/2000W/3000W, elungele iibhetri zezithuthi zokuwelda kwaye inokuphawula igama lendlu yemodyuli yebhetri ye-lithium.

Esi sixhobo samkela iitships zekhompyutha ezincinci zekristale enye ezisebenza kakuhle ezingeniswe kwi-ST Microelectronics, zidityaniswe neetships zokuguqula i-A/D ezinesisombululo esiphezulu ezivela kwi-Microchip e-United States njengesiseko sokulinganisa nokulawula, kwaye sisebenzisa umsinga ochanekileyo we-1.000KHZ AC positive owenziwe yi-phase-locked loop njengomthombo wesignali yokulinganisa esetyenziswa kwicandelo elilinganisiweyo. Isignali yokuwa kwe-voltage ebuthathaka eveliswayo icutshungulwa yi-amplifier yokusebenza echanekileyo kakhulu, kwaye ukumelana kwangaphakathi okuhambelanayo kuhlalutywa yi-digital filter ekrelekrele. Esi sixhobo sineengenelo zokuchaneka okuphezulu, ukukhethwa kweefayile ngokuzenzekelayo, ukwahlulahlula kwe-polarity ngokuzenzekelayo, isantya sokulinganisa esikhawulezayo, kunye noluhlu olubanzi lokulinganisa.

Umatshini wokuwelda we-laser ophathwa ngesandla weebhetri ze-lithium-ion uxhasa ukuwelda kobhedu/i-aluminium ukusuka kwi-0.3 mm ukuya kwi-2.5 mm. Ungasetyenziselwa ukuwelda iipali zebhetri ze-lithium iron phosphate, iibhetri ze-cylindrical, iibhetri ze-aluminium kunye ne-lithium iron phosphate, ii-electrode ze-copper kunye ne-copper, njl.njl., ngocoselelo oluphezulu, ukuphatheka lula, ukusebenza kakuhle, uluhlu olubanzi lwezixhobo ezifanelekileyo, ukuwelda okungaqhagamshelwaniyo, inqanaba eliphezulu lokuzenzekelayo, ukhuseleko lokusingqongileyo kunye neenzuzo ezingabizi kakhulu, ezisetyenziswa kakhulu kwimveliso echanekileyo, kwi-elektroniki, kwiimoto nakwamanye amashishini.

Ibhodi yokukhusela ibhetri yehardware isetyenziswa kakhulu kwisekethe yokukhusela ipakethe yebhetri yezixhobo zombane, ibhayisekile yombane, isikuta sombane, inkqubo yolawulo lwebhetri yebhayisekile yombane i-BMS, ibhetri ye-EV yesithuthi sombane i-BMS njalo njalo. Sinenkqubo epheleleyo yokwenza ngokwezifiso, uyilo, uvavanyo, imveliso enkulu kunye nokuthengisa. Ngeqela leenjineli zoyilo ezingaphezu kwama-30, singenza ngokwezifiso iibhodi zePCB ezikhuselweyo ngebhetri ye-lithium-ion kunye neendawo zonxibelelwano ezifana ne-CANBUS, i-RS485, njl.