Intshayelelo:
Kule mihla yokwazisa izithuthi ezintsha zamandla kunye nezixhobo zokugcina amandla, ulungelelwaniso lokusebenza kunye nokugcinwa kobomi bebhetri ye-lithium kube yingxaki ephambili.isilinganisi sokugcina ibhetri ye-lithiumIqaliswe yiHELTEC ENERGY ibonelela ngezisombululo ezisebenzayo zokulungisa iibhetri zeemoto kunye nolawulo lweepakethe zebhetri ye-lithium ezahlukeneyo ngetekhnoloji yetshiphu ephucukileyo kunye nengqiqo yokulawula ekrelekrele. Ngezantsi, siza kuhlalutya indlela esi sixhobo esiwuguqula ngayo umgangatho weshishini wokugcinwa kwebhetri ngokwemilinganiselo yemigaqo yobugcisa, imisebenzi ephambili, iimeko zesicelo, kunye neenzuzo zemveliso.
Isiseko sobuchwephesha: Ukuhlanganiswa okunzulu kokufumanisa okuchanekileyo kunye nokulinganisela okukrelekrele
Okuisilinganisi sokugcina ibhetri ye-lithiumIxhotyiswe nge-chip ye-MCU ekhawulezayo evela kwi-Microchip Technology Inc. e-United States, enokuqokelela idatha ye-voltage yexesha langempela yeebhetri ze-lithium ezingama-24. Emva kokuthelekisa nokuhlaziya ngee-algorithms ezakhelwe ngaphakathi, ibonisa ngokuguquguqukayo iiparameter ezifana ne-voltage yeseli nganye, i-SOC (i-voltage iyonke ye-49.1V kwi-100%), kunye namandla aseleyo (ukuya kuthi ga kwi-100.0Ah) kwisikrini sokuchukumisa sombala se-intshi ezi-5. Izinto eziphambili zobugcisa bayo ziquka:
Icebo lokulinganisela iimodi ezimbini:Ixhasa ukulinganisela itshaja kunye nokulinganisela ukukhupha, kunye nemo yokukhupha etshintshekayo phakathi "kokukhupha i-pulse" okanye "ukukhupha okuqhubekayo", efanelekileyo kwiipakethi zebhetri ezinamaqondo ahlukeneyo okuguga. Umzekelo, xa umahluko wevolthi phakathi kweeseli nganye udlula i-0.089V, isixhobo siqala ngokuzenzekelayo ukulinganisela ngokuchanekileyo kwe-± 0.001V (1mV), ukuqinisekisa ukuhambelana kwevolthi kuzo zonke iiseli.
I-Adjustable Balanced Current:Kukho iimodeli ezimbini ezikhoyo: i-HTB-J24S10AC (10A MAX) kunye ne-HTB-J24S15AC (15A MAX). Le yokugqibela ifanelekile kwiibhetri ezinomthamo ophezulu ngaphezu kwe-100Ah, ezihlangabezana neemfuno zamandla aphezulu ezithuthi zombane, izitishi zokugcina amandla, kunye nezinye iimeko.
Ulawulo lobushushu olukrelekrele kunye nokhuseleko lokhuseleko:Ixhotyiswe ngenkqubo yokupholisa eyakhelwe ngaphakathi, ulawulo lobushushu luyasebenza xa ubushushu bokutshaja bufikelela kwi-26 ℃ kwaye ubushushu bokulingana bufikelela kwi-25 ℃. Idibene neendlela zokukhusela i-overvoltage kunye ne-overcurrent ukuze kuthintelwe ukonakala kwebhetri okubangelwa ngamaqondo obushushu aphezulu.
Umsebenzi ongundoqo: Ukugubungela inkqubo epheleleyo ukusuka ekujongeni iiparameter ukuya ekulungiseni ibhetri
ukuboniswa kwedatha ngexesha langempela
Iisilinganisi sokugcina ibhetri ye-lithiumIngabonisa i-voltage ngokulandelelana (ixabiso eliphezulu yi-3.326V, ixabiso elincinci yi-3.237V, ixabiso eliqhelekileyo yi-3.274V), umahluko we-voltage, imeko yokutshaja kunye nokukhupha kunye nezinye iiparameter zentambo nganye yebhetri. Ixhasa abasebenzisi ukutshintsha iindlela zokubonisa ngesikrini sokuchukumisa kwaye baqonde imeko yempilo yebhetri ngokuzenzekelayo.
Ukwenziwa ngokwezifiso kweparameter eyenzelwe wena
Useto lwenkxaso "CellBalLimit" (umlinganiselo wevolthi yokutshaja epheleleyo) ukuze kufezekiswe ibhalansi echanekileyo yokutshaja ngetshaja;
Iimeko zokuqala ezilungelelanisiweyo ezinokwenziwa ngokwezifiso (ezifana nokuqala ibhalansi yokutshaja xa iibhetri ezimalunga ne-≥ 10/30V), zifanelekile kwiintlobo ezahlukeneyo zeepakethi zebhetri ezifana neLi ion, LiFePO4, LTO, njl.
Ukulungiswa kwebhetri kunye nokwandiswa kwexesha lokuphila
Ngokususa umahluko wevolthi phakathi kweebhetri nganye nganye, ingxaki yokuba ipakethi yebhetri ayitshajwa ngokupheleleyo ngenxa "yevolthi ebonakalayo" ingasombululwa. Idatha yovavanyo lokwenyani ibonisa ukuba emva kokulinganisela, izinga lokusetyenziswa komthamo wepakethi yebhetri linokwandiswa nge-10% -15%, kwaye ubomi bomjikelo bunokwandiswa malunga ne-20%.
Imeko yesicelo: Isitshixo esiphambili solawulo lwamandla amaninzi
Ukulungiswa kwebhetri yesithuthi esitsha samandla: isombulula ingxaki yokunciphisa ububanzi obubangelwa kukuncipha kweseli enye kwiipakethi zebhetri yesithuthi sombane, kwaye iyahambelana neepakethi zebhetri ze-lithium iron phosphate kunye neepakethi ze-ternary lithium.
Ukugcina nokuphucula ukuhambelana kweebhetri kwinkqubo yokugcina amandla kwizikhululo zamandla zokugcina amandla kunokuphucula ukusebenza kakuhle kokuguqulwa kwamandla nokunciphisa umngcipheko wokubaleka kobushushu.
Lungisa iibhetri ezindala ngezixhobo zombane kunye nemithombo yamandla ephathwayo, wandise ixesha lokusebenzisa izikuta zombane kunye nemithombo yamandla yangaphandle, kwaye unciphise iindleko zokutshintsha.
Uphando kunye nemveliso yeebhetri zibonelela ngezixhobo zovavanyo oluchanekileyo kakhulu kumaziko ophando kunye nabavelisi beebhetri, zinceda ekuyileni iibhetri kunye nokulawula umgangatho.
Inzuzo yemveliso: Kutheni ukhetha i-24S lithium battery equalizer yokugcina?
Ukuchaneka okuphezulu kunye nokuhambelana okuphezulu: Iipakethi zebhetri zentambo ezi-2-24 zihambelana ngokupheleleyo (indlela yokutshaja ixhasa iintambo ezili-10-24), kunye nokuchaneka kokulinganisela i-voltage ye-0.001V, zifanelekile kwiibhetri zemithamo eyahlukeneyo (≥ 50Ah) kunye neentlobo.
Ukusetyenziswa Nobukrelekrele: I-interface yesikrini sokuchukumisa yomntu nomatshini ixhasa useto lweparameter yokucofa kube kanye, ihlaziya ngokuzenzekelayo imeko yebhetri kwaye iqalise ukulinganisela, kwaye ingasetyenziswa ngaphandle kwemvelaphi yobugcisa yobungcali.
Isiqinisekiso sokuqina kunye nesokuqhubeka emva kokuthengisa: Senziwe apha eTshayina, sinikezela ngewaranti yonyaka omnye, sixhasa iinkonzo ezenzelwe wena ezifana nelogo kunye nokupakisha, kunye nezixhobo eziquka iseti epheleleyo yezixhobo ezifana neengcingo zokudibanisa ezilinganisiweyo kunye neebhodi zovavanyo.
I-24Sisilinganisi sokugcina ibhetri ye-lithiumichaza ngokutsha imigangatho yezixhobo zokugcina iibhetri ngengqiqo yobugcisa "yokuchongwa ngokuchanekileyo kokhuseleko lokulinganisela ukhuseleko". Nokuba kukulungiswa kweebhetri zemoto okanye ulawulo olukhulu lwenkqubo yokugcina amandla, ubuchule babo bokulinganisela obusebenzayo kunye nokuzivumelanisa nezimo bubonelela ngenkxaso enamandla kuphuhliso oluzinzileyo lwecandelo lamandla. Ngokwandiswa kweemeko zokusetyenziswa kwebhetri ye-lithium, izixhobo ezinjalo zolawulo olukrelekrele ziya kuba sisiseko esiphambili sokuphucula ukusebenza kakuhle kokusetyenziswa kwamandla.
Isicelo seNgqikelelo:
UJacqueline:jacqueline@heltec-energy.com/ +86 185 8375 6538
UNancy:nancy@heltec-energy.com/ +86 184 8223 7713
Ixesha leposi: Juni-12-2025