I-Bauma CHINA, umbukiso wohwebo wamazwe ngamazwe wemishini yokwakha, imishini yokwakha, Imishini yezimayini nezimoto zokwakha, wenzeka e-Shanghai njalo ngemva kweminyaka emibili futhi iyinkundla ehamba phambili e-Asia yochwepheshe kulo mkhakha e-SNIEC—i-Shanghai New International Expo Centre.
U-RoyPow waya e-bauma CHINA ngoNovemba 24 kuya zingama-27, 2020. Njengomholi womhlaba wonke ku-lithium-ion ethatha indawo ye-lead-acid field, sizimisele ukuhlinzeka ngamabhethri e-lithium-ion ekhwalithi ephezulu ngokwezixazululo zebhethri lamandla ashukumisayo, i-lithium ethatha indawo ye-asidi yomthofu. izixazululo, nezixazululo zokugcina amandla.
Embukisweni, besiyinkampani emele amandla aluhlaza ezicelo zemboni. Silethe imibono emisha yamandla noma ukunikezwa kwamandla amasha ezinhlelweni zemboni nasembonini. Sethule uchungechunge lwamabhethri e-lithium-ion amapulatifomu omsebenzi wasemoyeni. Njengenkampani yebhethri edidiyelwe, siphinde sabonisa izigaba ezimbalwa zamabhethri adumile kwezinye izinhlelo zokusebenza zezimboni, njengebhethri lomshini wokuhlanza phansi.
Ithimba le-RoyPow lithenge amabhethri e-lithium-ion adizayinelwe ngokukhethekile ukuphakamisa isikere ukuya endaweni enhle, futhi lawo mabhethri adumile athole ukunconywa okuningi kulo mdlalo. Sibonise amabhethri e-lithium-ion ukuthi angenza kanjani amandla okuphakamisa isikelo endaweni yedokodo, futhi sabonisa i-lithium-ion powered scissor lift bukhoma. Ezinye izivakashi zahlatshwa umxhwele kakhulu iwaranti eyandisiwe, impilo ende yokuklama, kanye nokugcinwa kwe-zero kwamabhethri e-lithium-ion. Ngaphandle kwalokho, amabhethri amancane kagesi afika nasembonweni yabantu.
I-bauma CHINA iwumbukiso wezohwebo ohamba phambili kuyo yonke imboni yemishini yokwakha neyokwakha eShayina nakuyo yonke i-Asia. Ithuba elihle lokubonisa amabhethri e-lithium-ion ekhwalithi ephezulu ye-RoyPow. Ithimba le-RoyPow lihlangane nezivakashi eziningi ezingochwepheshe, ezinye zazo zibonisa isithakazelo esikhulu emikhiqizweni yethu. Ngokwezibalo ezingaphelele, amakhulukhulu amakhasimende noma amakhasimende angaba khona axhumane namabhethri ethu e-lithium-ion ngesikhathi esifanele.
