Kumgangatho obalulekileyo, iinguqu zombane ze-CNC zifakiwe kwiProjekthi yeGalota yeNdawo yeGalo Le projekthi, eqhutywa ngu-Azul AMANZI AMALUNGISELELO OKUFUNDILEYO NGE-BP ye-UK kwaye i-Itali's Ani, iphawula inyathelo le-pivotal kwiziseko zophuhliso zommandla.

Njengomnye weyona mizi inkulu yaseAfrika, ulawulo lwezixhobo zamanzi olusebenzayo lubalulekile kuphuhliso oluzinzileyo lweLagos, eNigeria. Urhulumente wengingqi wagqiba kwelokuba aphucule inkqubo ekhoyo yokulawula amanzi ukuphucula ukusebenza kwamanzi kunye nokunciphisa ukusetyenziswa kwamandla. Inkampani yethu ikhethwe ukubonelela ngesisombululo sokulawula amanzi esihlanganile kule projekthi.

Le projekthi i-hydropower ikwi-West Java, i-Indonesia, yaqalwa ngoMatshi ngo-2012. Iprojekthi ijolise ekusebenziseni amandla e-hydroelectric yendawo yokuvelisa amandla. Ngokuthumela imithombo yaManzi yeNdalo, le projekthi ifuna ukubonelela ngomthombo onokuthenjwa kwaye ohlaziyiweyo wombane wokuxhasa uluntu lwasekhaya kunye namashishini.

Ngo-2022, iZiko leDatha leDatha elinikezelwe kwiMigodi yeBibin yasekwa eSiberia, iRussia. Le projekthi ibandakanya ukufakelwa kwamandla e-20MW yamandla kunye nezixhobo zokuhambisa ukuxhasa iimfuno zamandla aphezulu ze-bitcoin yemigodi. Le projekthi ijolise ekunikezeleni amandla athembekileyo kunye nokusebenza ngokufanelekileyo ukuqinisekisa imisebenzi yokufumana imigodi engaphazanyiswa.

Le projekthi ibandakanya iziseko zombane zefektri entsha yefektri eRussia, igqityiwe ngo-2023. Le projekthi igxile ekunikezeleni izisombululo zombane ezinokuthenjwa kunye nokuxhasa imisebenzi yombane.

Ngo-2020, iprojekthi yoPhuculo lweMigangatho eBanzi yenziwa kwiCandelo leMithombo yeeNdwerha eziZihlanu eUkraine: lvivoblenerne, eKrenergo, Kiyvenergo, ne-dtek. Le projekthi ijolise ekuphuculeni nasekuqinisekiseni ukuthembeka kunye nokusebenza kakuhle kwenethiwekhi yombane kwi-Ukraine, kuqinisekisa ukubonelela ngamandla abazinzileyo kwizigidi zabathengi.

I-tashkent avtovokzal, esona sikhululo sikhulu sebhasi esidlangalaleni eUzbekistan, sifuna ukuba iziseko zombane ezomeleleyo nezinokuthenjwa ukuxhasa imisebenzi yayo enkulu. I-CNC yombane inikwe umsebenzi wokuyila kwaye ivelise i-Translames yohlobo olomileyo ukuqinisekisa ukusasazwa kwamandla kunye nokhuseleko lwamandla ngaphakathi.

Ngo-2022, i-CNC yombane yafakwa ngempumelelo kuluhlu lwababoneleli bakaRhulumente, ukumakisha impumelelo ebalulekileyo kwinkampani. I-CNC's McCB (i-MCB yesekethe), i-MCB (i-MCB (i-MCB (i-Minimitat (kunye nabahlohli be-Medical ngoku zisetyenziswa kwiiSwindows zoNxibelelwano zoMbane, zinegalelo ekuphuculeni iziseko zombane ze-kiev.

IProjekthi ye-Aeon Towers, ibekwe ngaphakathi kwiSithili seStayithi saseDavao, Philippines, sisiseko esibalulekileyo esijolise ekunikezeleni iindawo zokuhlala, ezorhwebo, kunye nentengiso. Umbane we-CNC udlale indima ebalulekileyo kule projekthi ngokubonelela ngezinto eziyimfuneko zeziseko zombane, kubandakanya abo baguquliweyo, iiphaneli zoKhuselo lwamandla, kunye neebhokisi zokuhambisa amandla ngokhuselo kunye nezixhobo zokuhambisa amandla ngokhuselo kunye nezixhobo zokuhambisa amandla ngokhuselo kunye nezixhobo zokuhambisa amandla ngokhuselo kunye nezixhobo zokuhambisa amandla.

NgoSeptemba wama-2022, uBukumkani bukaYesu Krestu waqalisa ukwakhiwa kweholo yemozulu eDavao, Philippines. Yenzelwe ukuhlalisa abantu abangama-70,000 abantu, le holo iya kuba yenye yezona ndawo zimiselweyo zehlabathi, ukuzimamela njengophawu lwenkcubeko kaDavao. Iprojekthi ibandakanya ukufakelwa kwezibonelelo zombane eziphezulu, kubandakanya iikhabhathi eziphantsi ze-voltage, iikhabhathi zokuxhomisa, iinguqu zamandla, kunye ne-swiltige ye-voltage ephantsi, ukuqinisekisa ukubonelelwa ngamandla athembekileyo.

Ngo-2021, iprojekthi entsha yophuhliso loluntu yaqalwa eKazakhstan, ejolise ekuboneleleni ngezixhobo zokuhlala nezorhwebo zanamhlanje. Le projekthi ifuna ukuba iziseko zombane ezomeleleyo kunye nezisebenzayo zombane ukuxhasa iimfuno zamandla asekuhlaleni. Le projekthi ibandakanyeke kufakelo lwamandla amakhulu okuguqulwa kwamandla aphezulu kunye neesekethe eziphezulu zesekethe ukuqinisekisa ukuhanjiswa kwamandla okuthembekileyo.

Ngo-2018, iprojekthi ephambili yokuphucula iphambili yaqalwa ukuphucula iziseko zombane zeAshgabat, idolophu elikomkhulu laseTurkmenistan. Le projekthi iquka ukufakwa kwe-2500kva yokufakwa kwe-2500kva yokufaka inkxaso yokufumana amandla okukhula kwesixeko. Inxalenye entsha yayixhotyiswe ngezolo zomoya eziphezulu, i-switch voltiage ye-voltage, kunye ne-swiltage ephantsi yokuqinisekisa inkqubo ethembekileyo nefanelekileyo yokusasaza kwamandla.

Isityalo seShenglong Stees, esikwiIndonesia, ngumdlali ophambili kwishishini lezenzi lentsimbi. Ngo-2018, isityalo saphucula ukuphuculwa kwenkqubo yokusasaza kombane ukuphucula amandla ayo evelisi kwaye kuqinisekiswe ukuhanjiswa kwamandla okuzinzileyo. Le projekthi ibandakanyeke kufakelo lwee-voltage eziphambili ze-voltage captage ukuxhasa iimfuno zombane ezibanzi zezityalo.

Isityalo se-Donglin sesamente, umvelisi ophambili wesamente kwingingqi, wafumana ithuba lokuphuculwa kwenkqubo yombane ukuphucula ukusebenza nokunyaniseka. Olu hlaziyo lugqitywe ngo-2013, lubandakanya ukufakelwa kweekhabhathi eziphambili zokuxhasa iimfuno zombane ezibanzi zezityalo.

I-Nikopol Fierroalloy ye-Nikopol Totit ngomnye wabavelisi behlabathi abakhulu be-manganese bals, bekwindawo ye-DNEPREPETROVSK, kufutshane ne-manganese of idipozithi ye-manganese. Ngo-2019, isityalo senze ukuphuculwa okubanzi kwiziseko zombane zayo ukuxhasa imisebenzi enkulu yokuvelisa. Le projekthi iquka ukuphunyezwa kwe-switch ye-switch ephantsi ye-swiltage (MNS) kunye nezaphulelo zesekethe zomoya ukuqinisekisa inkqubo ethembekileyo nefanelekileyo yokusasaza kwamandla kwisityalo.

I-Nikopol FillRoalloy Strerroalloy ngomnye wabavelisi behlabathi abakhulu be-manganese, abakwi-DnepropetroVSK yeKraine, kufutshane needipozithi ezinkulu ze-manganese. Isityalo sifuna ukuphuculwa ukuphucula iziseko zombane zayo ukuxhasa imisebenzi yawo enkulu yokuvelisa. Our company provided advanced Air Circuit Breakers to ensure a reliable and efficient power distribution system within the plant.