Njengenkampani yomhlaba wonke ezinikele ocwaningweni, ekuthuthukisweni nasekukhiqizeni i-Lithium-ion Battery Systems njengezixazululo zokuma okukodwa,I-RoyPowizokwethamela umbukiso we-ARA ngoFebhuwari 11 – 15, 2023 e-Orlando, eFlorida futhi ibonise amabhethri ezimboni e-LiFePO4. Umbukiso we-ARA, obanjwa minyaka yonke, uwumhlangano omkhulu wezinto zokusebenza nokuqashwa kwemicimbi kanye nombukiso wezohwebo emhlabeni. Inikeza abahambele umcimbi kanye nababukisi ngokufanayo ithuba eliphelele lemfundo, inethiwekhi, nokuxhuma abathengi nabathengisi bemishini, izinsizakalo, kanye nempahla.

Iminyaka engaphezu kwengu-20 yokuhlangenwe nakho okuhlanganisiwe ku-R&D yesistimu yebhethri nokunye, i-RoyPow inikeza anhlobonhlobo amabhethri ezimboni ze-lithium-ion ukuze asetshenziswe emishinini yokuphatha impahla efana nama-forklift, amapulatifomu omsebenzi wasemoyeni kanye nemishini yokuhlanza phansi, njll. RoyPow LiFePO4 amabhethri akhiqizwa anamandla aphezulu kanye nezingxenye zebanga lezimoto, futhi angashajwa ngokushesha, okuzojabulisa abaqhubi ngokuhle. amandla okusebenza kwama-multi-shift kumafekthri, izindawo zokugcina impahla, njll.

Ibhethri ye-LiFePO4 yama-forklift

Ibhethri ye-RoyPow LiFePO4 yeforklift inyusa ukusebenza kahle kwemikhumbi ekusebenzeni futhi inciphisa ukutshalwa kwezimali kwebhethri kukonke. Lokhu kubangelwa izinzuzo zobuchwepheshe zesistimu yebhethri ye-lithium-ion, enikeza imijikelezo yempilo ende, iwaranti enwetshiwe kanye nezinzuzo zezindleko ekuphatheni kwansuku zonke kanye nengqalasizinda ehlobene. Ukuqinisekisa ukusebenza kahle nangempumelelo, ama-forklift kufanele abe nokutholakala okuphezulu kakhulu. Amabhethri e-RoyPow LiFePO4 angafinyelela ukushaja okusheshayo nangamathuba. Ngokuya ngokuqina kokusebenza, ibhethri elolini lingashajwa ngokuqondile ngesikhathi sekhefu elifushane, futhi lingashajwa kabusha nganoma yisiphi isikhathi. Ngakho-ke imishini ingahlala isebenza lapho kudingeka.

Ibhethri ye-LiFePO4 yama-AWP

Ibhethri ye-RoyPow LiFePO4 yamapulatifomu omsebenzi wasemoyeni inikeza izinga eliphezulu lokuphepha njengoba amabhethri ethole uhlelo lokucindezeleka okukhethekile nokuhlolwa kokuphahlazeka. Bakhiqiza ingxenyana yokushisa okukhiqizwa amanye amakhemikhali e-lithium, ngenxa yokuzinza kwawo kwesakhiwo. Ingasaphathwa eyokuthi aqeda ukuchayeka emagesini ayingozi aphuma njalo emabhethrini aneasidi yomthofu. Ngaphezu kwalokho, isistimu yokuphatha ibhethri iyakwazi ukulinganisa imithwalo ephezulu ngenkathi ngesikhathi esifanayo ihlinzeka nge-alamu yephutha kanye nokuvikela ukuphepha ku-voltage engaphezu/ngaphansi, izinga lokushisa eliphansi/ngaphezulu, njll. Lokhu kuvikela ibhethri futhi kwandisa impilo yayo yokusebenza.

Ibhethri ye-LiFePO4 yama-FCM

Ibhethri ye-RoyPow LiFePO4 yemishini yokuhlanza phansi inikeza amandla angaguquki futhi ahlala njalo kukho konke ukusetshenziswa, okuqinisekisa ukuthi imishini yokuhlanza phansi ihlala isebenza kahle ngenkathi igcina umkhiqizo omkhulu ngisho nasekupheleni kweshifu. Futhi akukho kunakekelwa, akukho ukungezwa kwamanzi, akukho zinsalela ze-asidi yokuhlanza ezintanjeni, izixhumi, iziqongo zamabhethri, namathuluzi. Awekho amabhethri ashintshwa njalo, igumbi lokushaja elithile kanye nesistimu yokukhipha umoya edingekayo. Ukufakwa kwebhethri nakho kulula ngenxa yokukhanya ngendlela emangalisayo uma kuqhathaniswa namabhethri e-lead-acid.

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