Ubunjineli obuPhezulu{0}}Ibhetri yeLithium yokuSebenza ukulungiselela ukuPhakanyiswa kweMisebenzi yasemoyeni
Iibhetri zePolinovel zelithium{0}}zenziwe ukuze zihambelane neempawu zokuphakamisa i-aerial ezinkulu, ukuhambisa amandla athembekileyo okunyusa isikere, ukunyuswa kwebhoom, kunye namanye amaqonga okufikelela. Izisombululo zethu zebhetri yeqonga lomsebenzi we-aerial zenzelwe ukujamelana neemeko ezifunayo zendawo yomsebenzi, ukubonelela ngexesha elongeziweyo kunye nemveliso yombane engaguqukiyo-ibaluleke kakhulu ukuphepha ixesha lokuphumla kunye nokuqinisekisa ukhuseleko lwabaqhubi. Ngokhetho oluquka i-24V kunye ne-48V iinkqubo, sinikezela -umthamo, amandla anzulu{6}}omjikelezo we-lithium alungelelaniswe kwiinkqubo ezahlukeneyo kunye nohlahlo lwabiwo-mali. Yakhelwe ukusetyenziswa okurhabaxa kunye neeshifti ezinde, ezi bhetri zizisa unyamezelo kunye nokugcinwa okungahambelaniyo{8}kukusebenza okusimahla, okukunceda ukuba wandise imveliso kwaye unciphise iindleko zizonke zobunini.
Iminyaka emi-5
Iwaranti
4000+
Cycle Life
-30 ~ 60 idigri
Uluhlu olubanzi lobushushu
IP54
Ukukhuselwa komgangatho
I-Polinovel Scissor Lift & Access Platform iibhetri
Yenzelwe onke amaQonga oMsebenzi wasemoyeniFumana izisombululo ze-lithium zePolinovel, eziyilelwe ukuhambelana nazo zonke iimpawu eziphambili zezixhobo zasemoyeni. Amaqonga omsebenzi omoya amaninzi (AWPs), aquka ukunyuswa kwesikere kunye nabavuni beecherry, baxhomekeke kukusebenza kwePolinovel ephezulu-kukusebenza okungama-24-ivolt kunye nama-48-evolt ibhetri ye-lithium-ion traction. Ngenxa yobume bemfuno yezi zicelo, ixesha lokuphela kwesixhobo libalulekile, kwaye oku kufuna umthombo wamandla ozinzileyo. Sinikezela ngeebhetri ezikhethekileyo, eziphezulu ze-lithium traction ezilungiselelwe zonke izicelo zeqonga lokufikelela kunye nohlahlo lwabiwo-mali. Iibhetri zethu zidume ngokomelela nokuthembeka kwazo, ngokukodwa ezenzelwe ukuxhasa iiyure zokusebenza ezinde ngaphandle kokusilela.
I-Polinovel Ihambisa Amandla Agqithisileyo okuPhakanyiswa kwe-AerialIinkqubo zethu zakhiwe ngeempawu eziphambili zokuqinisekisa ukhuseleko nokusebenza:
- Iimoto-Inkqubo yoKhuseleko lweBanga:Yakhiwe ngolwakhiwo{0}}olumelana nobushushu kunye ne-microprocessor{1}}ukhuselo olulawulwayo ukuze lugadwe ngokuchasene no-overvoltage, undervoltage, overcurrent, overheating, kunye neesekethi ezimfutshane.
- Unxibelelwano oluhlakaniphile:Ixhasa ngokupheleleyo iprotocol ye-J1939, ivumela inkqubo ukuba ifunde idatha ebalulekileyo yebhetri njengeState of Charge (SOC), i-voltage, yangoku, kunye nobushushu.
- Ukusebenza okuphezulu kweBMS:Izisa amandla ombane aphezulu-ochanekileyo kunye nomlinganiselo wangoku, kuquka ukubalwa kwegeyiji yamafutha kunye nembuyekezo yobushushu.
- UQhagamshelwano oluXelekileyo oluFanayo:Isici esiyingqayizivele esivumela uxhulumaniso oluhambelanayo lweebhetri ezinobunzima obuhlukeneyo kunye nee-SOCs, ukulinganisa ngokuhlakanipha amandla phakathi kwabo ngexesha lokusebenza.
- Ukufudumeza Okudityanisiweyo:Yakhelwe-kwisakhono sokufudumeza kwangaphambili iqinisekisa ukuthembekaukutshaja nokukhuphaukusebenza nakwindawo -zobushushu obuphantsi.
- Ukufunyanwa kweSeli echanekileyo:Ibhetri inokubona ukuvuza okuphantsi kwangoku kwinkqubo ye-MEWP kwaye ikhuphe amandla ngokuzenzekelayo ukugcina umbane.
ILithium-Iiseli ze-Ion: Ukuphela kweXesha leoliNgeemfuno zakho ze-Aerial Work Platform, iibhetri ze-lithium ze-Polinovel zibonelela ngomthombo wamandla ophezulu. Iibhetri zethu ze-LiFePO4 ze-24V kunye ne-48V iinkqubo zikhuselekile, zineendleko-ziyasebenza,{5}}zinobuhlobo, kwaye zifuna ulondolozo lweziro. Zinikezela ngamandla amakhulu kwaye ziqhayisa ngobomi obuphindwe kathathu kuneebhetri zeasidi ezikhokelayo{7}. YethuIwaranti yeminyaka emi-5iqinisekisa intlawulo ekhawulezileyo kutyalo-mali lwakho. Ngapha koko, ukutshintshela kwi-lithium kuthetha ukuba akukho kuchithwa kweasidi, akukho msi onobungozi, kwaye akukho mhlwa. Ngamafutshane, akukho nto ifunekayo yogcino lwemihla ngemihla, nto leyo eyenza kube lukhetho olungcono kuyo yomibini imisebenzi yakho kunye nokusingqongileyo.
Qhagamshela kwiKamvaKufunyaniswe kakuhle ukuba uqhagamshelo lwemveliso luphucula ukusebenza kakuhle kwaye luthoba iNdleko epheleleyo yobunini (TCO). Idatha efikelelekayo ichaphazela kakhulu izigqibo eziphakamisa imveliso. Kungenxa yoko le nto iPolinovel idibanisa itekhnoloji ukujonga ukusetyenziswa kwebhetri, ukuqokelela idatha yokusebenza, kunye nokuvumela ukubeka iliso kude. Ikamva lichazwa ngokuqhagamshelwana, kwaye iPolinovel Battery Packs ikhokela indlela. Iqela lethu lobuchwephesha lilungele ukuncedisa ngeeprojekthi ezilungiselelweyo okanye ukubonelela ngezisombululo ezilungiselelwe iimveliso zakho zombane. Sisebenza ngokubambisana ukufumana isisombululo esisiso, sithathela ingqalelo yonke imiba enje ngeemfuno zemveliso, itekhnoloji, imilinganiselo, ubunzima, kunye nemilo ethile yebhetri efunekayo.
Ukudityaniswa kweNkqubo yoLawulo lwebhetri
Inkqubo yoLawulo lweBattery (BMS) imele isiseko solawulo esibalulekileyo sayo nayiphi na ipakethe yebhetri ye-lithium, ngokukodwa kwi-Aerial Work Platform yeBattery izicelo apho ukhuseleko kunye nokuthembeka kubaluleke kakhulu. Uyilo lwe-BMS lwangoku kwiiplatifti zokuphakamisa emoyeni zisebenzisa i-topology esasaziweyo kunye neeyunithi zokujonga iiseli (CMUs) kwinqanaba lemodyuli enxibelelana neyunithi yolawulo oluphakathi ngebhasi ye-CAN okanye i-RS-485 protocol.
Hardware Architecture
I-CMU nganye ibandakanya iisekethe ezidityanisiweyo zokubeka iliso kwibhetri (ICs) ezifana ne-Texas Instruments BQ76940 okanye i-Analog Devices LTC6811. Ezi ICs zibonelela nge-12 bit -16 bit analog-ukuguqulela kwidijithali kwimilinganiselo yombane ngokuchaneka kwe-±5 mV.
Ukujongwa kombane:
Isisombululo se-12-16 bit ADC, ± 5 mV ukuchaneka
Ukubona Ubushushu:
Izifudumezi zeqondo lobushushu elibi (NTC)
Umlinganiselo wangoku:
Abenzi boluvo besiphumo seholo okanye izichasi ezichanekileyo ze-shunt (50-100µΩ), ±0.5% ukuchaneka
UMlawuli Oyintloko:
32-bit ARM Cortex-M4 okanye izilawuli ezincinci ezifanayo
Iimpawu zoKhuselo
I-BMS isebenzisa{0}}amaqhinga okhuseleko amanqanaba amaninzi ayimfuneko kukhuseleko lwebhetri ye-lithium kwizicelo zokuphakamisa umoya. Ezi nkqubo zithintela iimeko ezinobungozi ngexesha lokusebenza okuqhelekileyo kunye neemeko eziphosakeleyo.
Ukhuseleko lwamandla ombane:
I-Overvoltage (3.65V ngeseli ye-LiFePO4), i-undervoltage (2.5V)
Ukhuseleko lwangoku:
Imida eqwalaselweyo yokudlula ngokuqhubekayo kunye nencopho yokukhutshwa
uKhuseleko olungafunekiyo:
Iisekethe ze-hardware yesibini ezizimeleyo kumqhubekekisi oyintloko
Ukhuseleko lobushushu:
Ukusebenza kweFan kwi-35 degree, ukunciphisa amandla kwi-45 degree, ukuvalwa kwe-60 degree
Ukudityaniswa koomatshini kunye noYilo lweZakhiwo
Ukudityaniswa koomatshini bepakethe yebhetri ye-lithium kumaqonga okuphakamisa umoya
ifuna ukuqwalaselwa ngononophelo ukuhanjiswa kobunzima, ukuxhathisa ukungcangcazela, kunye neemfuno zenkonzo.
Ukwakhiwa kweModyuli
Iimodyuli zomntu ngamnye zebhetri ngaphakathi kweqonga lomsebenzi we-eriyali ipakethi yebhetri ikholisa ukuqulatha 4-iiseli ezili-16 ezicwangciswe ngolungelelwaniso lothotho. Iiseli zigcinwa kwifreyimu eyenziwe ngesitofu eyilelwe ukumelana neemeko zokusebenza ezinzima.
Ukugcinwa kweSeli
Ipolypropylene okanye iglasi-izakhelo zenayiloni ezigcwalisiweyo
Ukunyangwa kweVibration
Ukuya kuthi ga kwi-3G yokukhawulezisa (IEC 60068-2-6)
Uqhagamshelwano
ILaser{0}i-nickel edityanisiweyo okanye imivalo yebhasi yobhedu
Iinkqubo zokucinezela
Uxinzelelo lwe-10-30 kPa ebusweni beseli
Ipakethe yoYilo olubiyelweyo
Indawo ebiyelweyo yebhetri ye-lithium yamaqonga okunyusela emoyeni kufuneka ihlangabezane ne-IP65 okanye iqondo eliphezulu lokhuseleko lokungena ngelixa uququzelela ulawulo lobushushu kunye nofikelelo lwenkonzo.
Ulwakhiwo:
2-3 mm intsimbi engqingqwa okanye i-aluminium alloy ene-welded seams
Ukhuseleko lokungena:
IP65 okanye ireyithingi ephezulu enephaneli zofikelelo ezifakwe gasket
Iimpawu zokuphatha:
Amanqaku okuphakamisa alinganiswe kwi-3x ubunzima bepakethi, iipokethi zeforklift
Uqhagamshelo loMbane:
IP67 -iziqhagamshelo ezireyithiweyo, iisekethe ze-high-voltage interlock
Ikheyibhuli:
{0}}Uluhlu oluphezulu -iintambo zokubala ezithelekelwe i-90℃eqhubekayo yokusebenza
Iimpawu zokuSebenza kwizicelo zokuPhakanyiswa kwe-Aerial
Ukuphunyezwa kwetekhnoloji yokupakisha ibhetri ye-lithium kwiiplatifti zokuphakamisa i-airline kuzisa kakhulu
ukuphuculwa komsebenzi kwiinkqubo zeasidi ezikhokelela-zesintu.
AmandlaUkuhanjiswa kunye nokusebenza ngokufanelekileyo
Iisistim zepakethe yebhetri yeLithium zigcina unikezelo lwamandla olungaguqukiyo kuwo wonke umjikelo wokukhutshwa, kunye ne-voltage sag enomda ukuya ngaphantsi kwe-10% kwinqanaba eliphezulu langoku. Olu phawu lwenza ukuba amaqonga okunyuswa emoyeni agcine isantya esipheleleyo sokuphakamisa kunye nomthamo de ibhetri ifike kwimo esezantsi{2}}yo{3}}yentlawulo yethresholds.
200-300
<10%
I-Voltage Sag kuMax yangoku
20-30%
UPhuculo lomjikelo woMsebenzi
100%
Amandla Apheleleyo Kuze kube Phantsi SOC
Ubomi bomjikelo kunye nokuqina
Ufakelo lwebhetri yeqonga lomsebenzi wanamhlanje usebenzisa itekhnoloji ye-lithium ifezekisa imijikelo engama-2000-3000 kumjikelo wama-80% wokukhutshwa phambi kokufikelela kwi-80% yomthamo wokuqala. Oku kumele i-3-5x yophuculo ngaphezulu kwe-premium ye-lead-asidi yeebhetri.
Iimpawu zeKhalenda zokuguga
Uphononongo lokuguga lweKhalenda lubonisa ngaphantsi kwe-2% ilahleko yamandla yonyaka kwiinkqubo zokupakisha ibhetri ye-lithium egcinwe kwi-25℃kunye ne-50% yentlawulo. Obu bubude bobomi, budityaniswe neemfuno zogcino olungephi, bunikezela ngexabiso lilonke loncedo lobunini ngaphandle kotyalo-mali oluphezulu.
Singabavelisi beebhetri zeqonga lomsebenzi womoya kunye nababoneleli eTshayina. Ukuba uza kwenza ibhetri yeqonga elenziwe ngokwezifiso, wamkelekile ukuze ufumane ulwazi oluthe kratya kumzi-mveliso wethu. Ukubonisana ngexabiso, qhagamshelana nathi.
Iimveliso ezidumileyo
