Ibhethri Le-Lithium Esebenza Kakhulu-Ekumsebenzi Wokuphakanyiswa Kwe-Aerial
Amabhethri e-lithium e-Polinovel-ion akhiwe ukuze asebenzisane namabhrendi amakhulu okuphakamisa emoyeni, alethe amandla athembekile okuphakamisa isikere, ama-boom lift, nezinye izinkundla zokufinyelela. Izixazululo zebhethri lethu lenkundla yomsebenzi wasemoyeni ziklanyelwe ukumelana nezimo zesizinda somsebenzi ezifunayo, zinikeze isikhathi sokusebenza esandisiwe kanye nokuphuma kwamandla kagesi okungaguquki—okubalulekile ukugwema isikhathi sokungasebenzi kanye nokuqinisekisa ukuphepha komsebenzisi. Ngezinketho ezifaka amasistimu e-24V kanye ne-48V, sinikeza{5}}umthamo ophezulu, amandla ajulile{6}omjikelezo we-lithium aklanyelwe izinhlelo zokusebenza nezabelomali ezihlukahlukene. Akhelwe ukusetshenziswa okumazombezombe kanye namashifu amade, lawa mabhethri aletha ukukhuthazela nokunakekela okungenakuqhathaniswa{8}ukusebenza kwamahhala, okukusiza ukukhulisa ukukhiqiza nokunciphisa izindleko eziphelele zobunikazi.
5 Unyaka
Iwaranti
4000+
Cycle Life
- 30-60 degrees
Ibanga Lokushisa Elibanzi
IP54
Ukuvikelwa Kwesilinganiso
I-Polinovel Scissor Lift & Access Platform Amabhethri
Iklanyelwe kuwo wonke ama-Aerial Work PlatformZitholele izixazululo ze-lithium ze-Polinovel, eziklanyelwe ukuhambisana nazo zonke izinhlobo ezinkulu zemishini yasemoyeni. Amaplathifomu amaningi okusebenza emoyeni (AWPs), okuhlanganisa nokuphakamisa isikere kanye nezikhethi zama-cherry, ancike ekusebenzeni okuphezulu-ekusebenzeni okungu-24-kwe-volt namabhethri angu-48{7}}e-volt lithium-ion traction. Uma kubhekwa isimo esinzima salezi zinhlelo zokusebenza, isikhathi sokusebenza esibalulekile sibalulekile, futhi lokhu kudinga umthombo wamandla oqinile. Sinikeza amabhethri e-lithium traction akhethekile, anamandla amakhulu enzelwe zonke izinhlelo zokusebenza zenkundla yokufinyelela kanye nesabelomali. Amabhethri ethu adume ngokuqina nokuthembeka kwawo, aklanyelwe ngokukhethekile ukusekela amahora okusebenza amade ngaphandle kokwehluleka.
I-Polinovel Iletha Amandla Adlulele Okuphakamisa AsemoyeniAmasistimu ethu akhiwe ngezici ezithuthukisiwe zokuqinisekisa ukuphepha nokusebenza:
- Isistimu Yokuphepha Yebanga{{0}Yezimoto:Yakhelwe nge-architecture ekwazi ukumelana nokushisa-kanye ne-microprocessor{1}}isivikelo esilawulwayo ukuze ivikele ukugcwala kwamandla, ukushaya ngamandla, i-overcurrent, overheating, nama-short circuit.
- Ukuxhumana Okuhlakaniphile:Isekela ngokugcwele iphrothokholi ye-J1939, evumela isistimu ukuthi ifunde idatha yebhethri ebalulekile njenge-State of Charge (SOC), i-voltage, yamanje, nezinga lokushisa.
- Ukusebenza okuphezulu kwe-BMS:Iletha{0}}i-voltage enembayo ephezulu kanye nesilinganiso samanje, okuhlanganisa ukubala kwe-fuel gauge nesinxephezelo sezinga lokushisa.
- I-Flexible Parallel Connection:Isici esiyingqayizivele esivumela ukuxhumeka okuhambisanayo kwamabhethri anamakhono ahlukene nama-SOC, abhalansisa ngobuhlakani amandla phakathi kwawo ngesikhathi sokusebenza.
- Ukushisisa Okudidiyelwe:Okwakhelwe-ngamandla okushisa ngaphambilini aqinisekisa ukwethembekaukushaja nokukhiphaukusebenza ngisho nasezindaweni{0}}zezinga lokushisa eliphansi.
- Ukutholwa Kweseli Okunembile:Ibhethri likwazi ukubona ukuvuza okuphansi kwamanje ohlelweni lwe-MEWP futhi lizicime ngokuzenzakalelayo ukonga ugesi.
I-Lithium-Amaseli E-Ion: Ukuphela Kwenkathi KawoyelaNgezidingo zakho ze-Aerial Work Platform, amabhethri e-lithium e-Polinovel anikezela ngomthombo wamandla ongcono kakhulu. Amabhethri ethu e-LiFePO4 wezinhlelo ze-24V ne-48V aphephile, abiza{4}}asebenza kahle, eco{5}} anobungane, futhi awadingi ukunakekelwa nhlobo. Anikeza ukuminyana kwamandla aphezulu futhi azidla ngokuphila isikhathi eside ngokuphindwe kathathu kunamabhethri e-asidi avamile-. EyethuIwaranti yeminyaka emi-5iqinisekisa inkokhelo esheshayo kutshalomali lwakho. Ngaphezu kwalokho, ukushintshela ku-lithium kusho ukuthi akukho ukuchitheka kwe-asidi, akukho umusi oyingozi, futhi akukho ukugqwala. Ngamafuphi, cishe akukho ukulungiswa kwansuku zonke okudingekayo, okwenza kube ukukhetha okungcono kukho kokubili ukusebenza kwakho nendawo ezungezile.
Xhuma KwekusasaKuqinisekisiwe ukuthi ukuxhumana komkhiqizo kuthuthukisa ukusebenza kahle futhi kwehlisa Isamba Sezindleko Zobunikazi (TCO). Idatha efinyelelekayo ithinta kakhulu izinqumo ezithuthukisa ukukhiqiza. Yingakho i-Polinovel ihlanganisa ubuchwepheshe ukuze igade ukusetshenziswa kwebhethri, iqoqe idatha yokusebenza, futhi inike amandla ukuqapha okukude. Ikusasa lichazwa ngokuxhumanisa, futhi i-Polinovel Battery Packs ihamba phambili. Ithimba lethu lezobuchwepheshe lilungele ukusiza ngamaphrojekthi enziwe ngokwezifiso noma ukunikeza izixazululo ezifanelana nemikhiqizo yakho ethile kagesi. Sisebenza ngokubambisana ukuze sithole isixazululo esiphelele, sicabangela zonke izici ezifana nezimfuneko zomkhiqizo, ubuchwepheshe, ubukhulu, isisindo, kanye nesimo esithile sebhethri esidingekayo.
Ukuhlanganiswa Kwesistimu Yokuphatha Ibhethri
I-Battery Management System (BMS) imele ingqalasizinda yokulawula ebalulekile yanoma yiliphi iphakethe lebhethri le-lithium, ikakhulukazi ezinhlelweni zebhethri le-Aerial Work Platform lapho ukuphepha nokuthembeka kubaluleke kakhulu. Izakhiwo zesimanje ze-BMS ezinkundleni zokuphakamisa emoyeni zisebenzisa i-topology esabalalisiwe enamayunithi okuqapha amaseli (CMUs) ezingeni lemojuli exhumana neyunithi yokulawula emaphakathi ngebhasi le-CAN noma izivumelwano ze-RS-485.
Hardware Architecture
I-CMU ngayinye ihlanganisa amasekhethi ahlanganisiwe okuqapha ibhethri (ama-IC) afana ne-Texas Instruments BQ76940 noma Amadivayisi we-Analog LTC6811. Lawa ma-IC ahlinzeka ngo-12-16 bit analog-ukuguqulelwa kwedijithali kuzilinganiso zikagesi ngokunemba okungu-±5 mV.
Ukuqapha I-Voltage:
12-16 bit ADC ukulungiswa, ±5 mV ukunemba
Inzwa Yezinga Lokushisa:
Izifudumezi zokushisa ezingezinhle (NTC).
Isilinganiso samanje:
Izinzwa zomphumela wehholo noma izinqamuleli ze-shunt ezinembile (50-100µΩ), ukunemba ±0.5%
Isilawuli Esiyinhloko:
32-bit ARM Cortex-M4 noma izilawuli ezincane ezifanayo
Izici Zokuvikela
I-BMS isebenzisa-amasu okuvikela amaleveli amaningi abalulekile ekuphepheni kwephakethe lebhethri le-lithium ezinhlelweni zokuphakamisa emoyeni. Lezi zinhlelo zivimbela izimo eziyingozi ngesikhathi sokusebenza okujwayelekile kanye nezimo zamaphutha.
Ukuvikelwa kwamandla kagesi:
I-Overvoltage (3.65V ngeseli ye-LiFePO4), i-undervoltage (2.5V)
Ukuvikelwa Kwamanje:
Amathreshold alungisekayo adlulele ngokuqhubekayo nokukhipha okuphezulu
Ukuvikelwa Okungafanele:
Amasekhethi ezingxenyekazi zekhompiyutha yesibili azimele ngaphandle kwephrosesa eyinhloko
Ukuvikelwa Kokushisa:
Ukwenza kusebenze abalandeli ku-35 degree, ukunciphisa amandla ku-45 degree, ukuvala shaqa ku-60 degree
Ukudidiyelwa Kwemishini Nokuklanywa Kwesakhiwo
Ukuhlanganiswa komshini kwephakethe lebhethri le-lithium kumapulatifomu okuphakamisa emoyeni
kudinga ukucatshangelwa ngokucophelela kokusabalalisa isisindo, ukumelana nokudlidliza, kanye nezidingo zokusevisa.
Ukwakhiwa Kwemojula
Amamojula ebhethri angawodwana ngaphakathi kwephakethe lebhethri lenkundla yokusebenza yasemoyeni ngokuvamile aqukethe 4-amaseli angu-16 ahlelwe ngochungechunge lokulungiselelwa. Amaseli agcinwa kumafreyimu abunjwe ngomjovo aklanyelwe ukumelana nezimo zokusebenza ezinzima.
Ukugcinwa Kweseli
I-Polypropylene noma ingilazi-amafreyimu enayiloni agcwele
Ukumelana Nokudlidliza
Kufikela ku-3G ukusheshisa (IEC 60068-2-6)
Ukuxhumana
Ilaser-i-nickel eshiselwe noma amabhasi ethusi
Compression Systems
10-30 kPa ingcindezi ebusweni cell
I-Pack Enclosure Design
Indawo evalekile yephakethe lebhethri le-lithium yezinkundla zokuphakamisa umoya kufanele ihlangabezane ne-IP65 noma izilinganiso zokuvikela zokungena okuphezulu kuyilapho kusiza ukuphathwa kokushisa nokufinyelela kwesevisi.
Ukwakha:
2-3 mm ubukhulu bensimbi noma i-aluminium alloy enezinsimbi ezishiselwe
I-Ingress Protection:
Isilinganiso se-IP65 noma esiphezulu esinamaphaneli okufinyelela afakwe gasket
Izici zokuphatha:
Amaphoyinti okuphakamisa alinganiselwe ngesisindo sephekhi engu-3x, amaphakethe e-forklift
Izixhumanisi zikagesi:
IP67-izixhumi ezilinganiselwe, amasekhethi e-interlock ane-voltage ephezulu
Ikhebula:
Izintambo-eziphakeme-ezilinganiselwe zilinganiselwe ukusebenza okuqhubekayo okungu-90 degree
Izici Zokusebenza Ezicelweni Zokuphakamisa Emoyeni
Ukuqaliswa kobuchwepheshe bephakethe lebhethri le-lithium kumapulatifomu okuphakamisa umoya kuletha okukhulu
ukuthuthukiswa kokusebenza ngaphezu kwamasistimu e-asidi ehola-avamile.
AmandlaUkulethwa kanye Nempumelelo
Amasistimu ephakethe lebhethri le-lithium agcina ukulethwa kwamandla okungaguquki kuwo wonke umjikelezo wokukhipha, ne-voltage sag ekhawulelwe ngaphansi kuka-10% ngesilinganiso esiphezulu samanje. Lesi sici sivumela izinkundla zokuphakamisa emoyeni ukuthi zigcine isivinini esigcwele sokuphakamisa kanye namandla kuze kube yilapho ibhethri lifika esimweni esiphansi-so{3}}somkhawulo wokushaja.
200-300
<10%
I-Voltage Sag ku-Max Yamanje
20-30%
Ukuthuthukiswa Komjikelezo Wemisebenzi
100%
Amandla Aphelele Kuze Kube Phansi I-SOC
Ukuphila Komjikelezo Nokuqina
Ukufakwa kwebhethri yenkundla yokusebenza yasemoyeni yesimanje kusetshenziswa ubuchwepheshe be-lithium kufinyelela imijikelezo engu-2000-3000 ekujuleni okungama-80% ngaphambi kokufinyelela u-80% womthamo wokuqala. Lokhu kumele ukuthuthuka okungu-3-oku-5x ngaphezu kwamabhethri e-lead-asidi ye-premium deep-cycle.
Ikhalenda Ukuguga Izimpawu
Izifundo zokuguga zekhalenda zibonisa ukulahlekelwa kwamandla onyaka angaphansi kuka-2% wezinhlelo zephakethe lebhethri le-lithium eligcinwe liku-25℃kanye nesimo senkokhelo esingu-50%. Lokhu kuphila isikhathi eside, kuhlanganiswe nezidingo ezincane zokunakekela, kuletha izindleko eziphelele zezinzuzo zobunikazi naphezu kokutshalwa kwezimali okuphezulu kokuqala.
Singabakhiqizi nabahlinzeki bebhethri benkundla yokusebenza yasemoyeni abaqeqeshiwe eChina. Uma uzothenga ibhethri lenkundla yokusebenza yasemoyeni elenziwe ngendlela oyifisayo, wamukelekile ukuze uthole ulwazi olwengeziwe embonini yethu. Ukuze uthole ukubonisana ngentengo, xhumana nathi.
Imikhiqizo Ethandwayo
