Njengezwi lemboni yezokuzijabulisa neyokuhweba okulula yasolwandle,Inhlangano Yezimboni Zezikebhe(BIA) yinhlangano yezimboni evelele emele izintshisekelo zamabhizinisi embonini yezikebhe futhi ingummeleli womphakathi obanzi wezikebhe. Amalungu e-BIA amele amabhizinisi asemanzini ase-Australia angaphezu kuka-1500, ahlanganisa u-85% wemboni ngokushintshana futhi aqasha abantu abangaba ngu-28,000+. Ihlose ukukhuthaza ukuthuthukiswa okuqhubekayo nokuhlala njalo kokuphepha, ukuqeqeshwa, izikhungo kanye nemithetho efanelekile embonini, kugxilwe ekuzilawuleni.
Ngo-2022,RoyPowKuyadumaza ukumemezela ukuthi iyilungu le-BIA ngokusemthethweni! Lokhu kubonisa ukuthiRoyPowisibe yingxenye yomphakathi obanzi ozinikele ekukhuthazeni imboni yezolwandle e-Australia.
Ukugibela isikebhe kuyindlela yokuphila yemindeni eminingi e-Australia, kulinganiselwa ukuthi abantu base-Australia abangaphezu kwamaphesenti angama-20 benza uhlobo oluthile lomsebenzi wokugibela isikebhe minyaka yonke. Umnotho wokugibela isikebhe uletha izinzuzo ezinkulu e-Australia.
Kuhambisana nezindinganiso ze-BIA,RoyPow(Ividiyo ye-YouTube) iyaqhubeka nokukhuthaza izinzuzo zokuphila ngesikebhe sokuzijabulisa kanye nokuhlinzeka ngezinhlelo zamandla ikhambi elilodwa ngesistimu ye-MES ethuthukisiwe,umugqa wokuhlangana ozenzakalelayo(Ividiyo ye-YouTube), ubuchwepheshe obuhlanganisiwe beselula obusebenza kahle kakhulu, i-BMS yebhethri kanye ne-PACK buqalisiwe.
Ngeminyaka yokuzinikela ezixazululweni ezintsha zamandla, imikhiqizo yeRoyPow ihlanganisa zonke izimo zokuphila nezokusebenza okuhlanganisa nezinhlelo zamandla zasemanzini nezesikebhe njengezixazululo zebhethri zezinjini zokunyathela, izinsiza zokuthola izinhlanzi, noma ezinye izinhlelo zokugcina amandla ezingaphandle kwegridi zezinhlelo zokusebenza zasemanzini.
Yakhelwe ukwenza kahle kakhulu,Amabhethri olwandle kanye nezikebhe ze-RoyPow LiFePO4Kulula ukuzifaka, zihlakaniphile futhi zithuthukile, zihlala isikhathi eside futhi azikwazi ukugqwala, zilungele izikebhe zokudoba, izikebhe zasolwandle, imikhumbi, njll. Ngaphandle kwalokho, zinikezaI-BMSukuphepha okuqinisekisiwe, impilo ende, ukusebenza kokushaja okusheshayo kombani kanye nokuqapha kwe-Bluetooth ngesikhathi sangempela esimweni sokushaja kwebhethri, i-voltage, i-current, isimo sokushisa, kanye nolunye ulwazi lokusebenza.
Kuhlolwe futhi kwaqinisekiswa ngezindinganiso zokusebenza eziphakeme kakhulu,Amabhethri olwandle kanye nezikebhe ze-RoyPow LiFePO4(Ividiyo ye-YouTube) inezici zokuzifudumeza ukuze ibhekane nesimo sezulu esibandayo lapho ishaja futhi azinazo izinkinga zokulungisa, azikho izinkinga zokunisela noma ukuhlolwa kwe-electrolyte.
Ekhiqizwe ngezinto zezinga lezimoto futhi aklanywe ngokukhethekile ngomgodi wokufaka, amabhethri e-RoyPow LiFePO4 asemanzini nawesikebhe anokumelana okuphezulu kokudlidliza futhi ayakwazi ukumelana nezimo ezinzima nezidingayo zamanzi njengokushaya kwamagagasi kanye nokudlidliza kwenjini.
Ngokungafani namanye amabhethri e-lead-acid emakethe, amabhethri e-RoyPow LiFePO4 asemanzini kanye nawesikebhe anamandla aphezulu angasetshenziswa ayakwazi ukwandisa uhambo lokudoba kabanzi futhi okubaluleke kakhulu, abuyisele abashayeli ogwini ngokuphephile. Ngaphezu kwalokho, isisindo esilula samabhethri e-lithium singanciphisa ukudonsa kwesikebhe, okwenza kube lula ukuhamba emanzini angajulile. Kulabo abanikazi bemikhumbi abahlela ukuthuthukisa amabhethri abo asemanzini akhona, izixazululo zamabhethri e-RoyPow LiFePO4 zizoba yisinqumo esihle.
Ulwazi olwengeziwe ngezindaba zakamuva, sicela uvakashele futhi ulandele ngezansi:
https://www.instagram.com/roypow_lithium/
https://twitter.com/RoyPow_Lithium
https://www.facebook.com/RoyPowLithium/
