Ngaphezulu kwe-tuyere, imboni yeHuawei amandla aluhlaza "i-deep scouring beach"
"Ukuphenya ngokujulile ogwini, yenza ama-weirs aphansi" isisho esidumile sokulawulwa kwamanzi kwe-Dujiangyan Water Conservancy Project edume umhlaba wonke.I-Huawei Smart Photovoltaic iyaqhubeka nokuthinta amandla ayo angaphakathi ukuze inikeze amakhasimende amasevisi abaluleke kakhulu, ukuze izakhele ukuncintisana kwayo, futhi ibhale isahluko esisha ngokusebenza okuhlakaniphile kwedijithali kanye nokugcinwa njengendlela eyinhloko yokuqala.
Ngokufika "kwenkathi yokulinganisa" yokukhiqiza amandla e-photovoltaic kanye nesizinda sokusheshisa kwe-carbon neutralization yomhlaba wonke, imboni ye-photovoltaic iye yangenisa ukukhula okusheshayo.Njengethrekhi ye-inverter enokuqukethwe okuphezulu kobuchwepheshe kanye nezinga lenzuzo ezinhlelweni ze-photovoltaic, iphinda iveze isimo "sokubhula".Phakathi kwabo, kusukela ngo-2021, isabelo semakethe sama-inverters wezintambo zasekhaya sesifinyelele ku-70%, osekuyiyona nto ehamba phambili embonini.Izinga lokukhula kwayo okuhlanganisiwe eminyakeni emine edlule lidlule ama-25%, okubonisa umfutho oqinile wokukhula.Eyaziwa ngokuthi "i-tuyere ku-tuyere".Njengomholi kuma-inverters ezintambo, iHuawei Smart PV ihlanganisa izakhi zofuzo zedijithali nezihlakaniphile, ilethe imibono emisha nobuchwepheshe embonini.
Amaseli namamojula amayunithi amancane kakhulu okukhiqiza amandla e-photovoltaics, futhi ahlakazekile futhi ahlukahlukene yizici ezinkulu zesakhiwo se-photovoltaics.Uma kuqhathaniswa nezinye izinhlobo zokukhiqiza amandla, ukusebenza nokugcinwa kokukhiqizwa kwamandla kagesi we-photovoltaic kunzima kakhulu, futhi isidingo sokuphathwa nokulawula kwedijithali noma okuhlakaniphile kuphuthuma kakhulu.Njengesisetshenziswa esimaphakathi sesistimu yokuphehla amandla e-photovoltaic, ukwakheka nokusebenza kwe-inverter ekutholeni, ekuboneni, nasekulawuleni isimo sokusebenza kwesistimu kunquma izinga lokusebenza nokugcinwa kwesiteshi samandla kagesi.
Ngakolunye uhlangothi, ukwehluleka kwengxenye kuyisici esibalulekile esithinta ukukhiqizwa kwamandla kwezitshalo zamandla e-photovoltaic.Ukutholwa kwendabuko kudinga ukutholwa kwemishini kusayithi nokungaxhunyiwe ku-inthanethi.Ukutholwa okuhlakaniphile nokuqoqwa kungakhomba amaphutha avamile njengokuqhekeka kwezingxenye, izindawo ezishisayo, ukwehluleka kwendiza engemuva, nokulimala kwe-diode.Ngokusekelwe ekusebenzeni okuhlakaniphile nokuzenzakalelayo nokugcinwa, ukuxilongwa okuhlakaniphile kuzothuthukisa kakhulu ukusebenza nokugcinwa kahle kwezitshalo zamandla e-photovoltaic.Ngakolunye uhlangothi, ama-inverters aphakathi nendawo adinga ukuba khona kochwepheshe abavela kubakhiqizi ukuze bahlolwe futhi bahlaziywe, kanye nokungena kwemishini esindayo nemishini, futhi isikhathi sokucubungula ngokuvamile sithatha isikhathi esingaphezu kwesonto.Ukutholwa okuhlakaniphile nokuqoqwa kungafinyelela ukuhlaziya amaphutha ngokushesha futhi kunciphise kakhulu umjikelezo.
Ngo-2014, iHuawei Smart PV yethula isisombululo sesiteshi samandla se-PV sokuqala embonini.Nge-inverter yezintambo njengomgogodla, imishini yokuqapha, imishini yokuxhumana, kanye nesikhungo se-cloud computing yethulwa ukuze kuqashwe ukude nangokunembile ukusebenza kweizingxenye ze-photovoltaic, okuthuthukisa kakhulu ukusebenza kahle kanye nezinzuzo zezomnotho zokusebenza nokugcinwa kwe-photovoltaic: uma kuqhathaniswa nezitshalo zamandla zendabuko, izitshalo zamandla e-smart photovoltaic zinokusebenza okuphezulu nokusebenza kahle kokugcinwa.Ukusebenza kahle kwesondlo kukhuphuka ngo-50%, izinga langaphakathi lokubuyisela (IRR) likhuphuke ngaphezu kuka-3%, kanti isilinganiso sokuphehlwa kwamandla sikhuphuka ngaphezu kuka-5%.
Inkundla yokuphatha amandla ehlakaniphile edalwe i-Huawei Smart PV iqoqa, idlulise, ibale, igcine, futhi isebenzise ugesi kanye nedatha yamanje, futhi iyilayishe emafini ukuze kuhlaziywe futhi kuphathwe idatha enkulu, ivule ngokugcwele inani ledatha.Lokhu kufana nokuvusa isistimu yokuzibona ngokwakho yesiteshi samandla e-photovoltaic nokusinika ukuhlakanipha, ukudala uhlobo lwempilo oluthuthukisiwe olukwazi ukubona izingozi futhi lizithuthukise ngokuqhubekayo.Lesi sinyathelo soguquko sesenze ama-photovoltaics ahlakaniphile akwaHuawei ukuthi akhuphuke ngokushesha futhi aqale indlela yokuhola ukuthuthukiswa kwemboni.
I-Huawei Industry Green Power Solution 2.0
Kusukela ekuqaleni kwalo nyaka, ukuthuthukiswa kwama-photovoltaics asatshalaliswa sekugcwele, futhi izimo ezihlukahlukene zesicelo se-photovoltaic ziye zavela ngokulandelana.Njengoba ibhekene nezinhlungu zabasebenzisi njengobunzima bokusebenzisa nokugcina izitshalo zikagesi ezisabalalisiwe nezindleko eziphezulu, kwazalwa i-Industrial Green Power Solution 2.0 yakwaHuawei.
Okokuqala, ngokombono wokufakwa, isixazululo samandla aluhlaza wemboni we-Huawei 2.0 samukela umkhiqizo omusha we-SUN2000-50KTL-ZHM3 (okuzobizwa ngawo kamuva ngokuthi 50KTL), olula, ozacile futhi olula ukuwufaka.Isisindo singama-49kg kuphela, okuletha abasebenzisi ukufakwa okungcono.isipiliyoni.Ngesikhathi esifanayo, i-FusionSolar APP eyodwa ingasekela ukuthunyelwa kwawo wonke amadivayisi ohlelweni, futhi ukutholwa kokufakwa kwe-1V (1V) kwesilungiseleli kungakwazi ngokushesha nangokucacile ukuthi izingxenye zeyunithi yezinhlamvu zifakwe kahle yini.Ngaphezu kwalokho, induku eyodwa yokuxhumana ingakwazi ukusekela ukuxhumana kwama-inverter afinyelela kwayi-10, isekele ukulawulwa kokugeleza kwe-backflow, ukulawulwa kwesici samandla endaweni yokuxhuma igridi, futhi ilungise kabusha ulwazi lokufaka.
Mayelana nokusebenza nokugcinwa kwansuku zonke, isixazululo samandla aluhlaza embonini ye-Huawei 2.0 sisebenzisa ifu elihlakaniphile le-photovoltaic ukuze liphathe ngokufana idatha yezitshalo zamandla zasendaweni kanye nokuxhumanisa ukusebenza, okuvumela izitshalo zamandla e-photovoltaic ezisabalalisiwe ukuthi zabelane ngokusebenza nokugcinwa kwedijithali nokwenza lula.Phakathi kwazo, i-intelligent IV diagnostic 4.0 ehlinzekwe yi-50KTL ithole isitifiketi esiphezulu se-CGC L4 embonini.Ingaqedela ukutholwa kwe-inthanethi kwesikali esigcwele seziteshi zikagesi ezingamamegawathi ayi-100 emizuzwini engama-20, ikhiphe imibiko yokuxilongwa ngokuzenzakalelayo, futhi ingaskena njalo.Isikhathi siyavumelana nezimo futhi umuzwa ungcono.Ngesikhathi esifanayo, ingakwazi ukusekela izinhlobo ezingu-14 zokuxilongwa kwephutha, okuhlanganisa ngaphezu kuka-80% wamaphutha amakhulu, futhi izinkomba ezibalulekile zokutholwa kwe-IV, njengezinga lokuqaphela okuphelele, izinga lokunemba, izinga lokuphinda, njll., konke kukhulu. ngaphezu kwama-90%;
Ngaphezu kwalokho, njengomkhiqizi ohamba phambili embonini ongasebenzisa ngesikhathi esisodwa ukwakheka kwengxenye yesakhiwo + ingxenye yokuqapha ukusebenza kukagesi, isixazululo samandla aluhlaza wemboni ye-Huawei 2.0 singakhiqiza ngokuzenzakalela ingxenye yemidwebo yesakhiwo, sifinyeze isikhathi sokufakwa, futhi sisebenzise ukuphathwa kwezinga lengxenye ngemva kokucushwa okugcwele. i-optimizer., Ukuqonda okukude kwesikhathi sangempela kwesimo sokusebenza sengxenye ngayinye, konga u-50% wezindleko zokusebenza nokunakekela, kunciphisa kakhulu izindleko zokusebenza nokunakekela, kanye nokuqinisekisa izinzuzo zesistimu.
Esixazululweni sokugcina amandla, iHuawei Smart Photovoltaic ihlongoza "iphakheji elilodwa lokwenza okukodwa", okungukuthi, iphakethe ngalinye linesilungiseleli, futhi isikhuthazi siphula imodi yokuxhuma yochungechunge lwendabuko lwephakheji yebhethri, ukuze iphakethe ngalinye lebhethri likwazi ukushajwa futhi. kukhishwa ngokuzimela.Ukuzijwayeza kufakazele ukuthi le ndlela ingakhuphula ngempumelelo umthamo wokushaja nokukhipha ngo-6%.Ngalesi sisekelo, iqoqo lebhethri ngalinye lixhunywe kusilawuli seqoqo lebhethri elihlakaniphile, futhi isistimu yokuphatha ibhethri ingakwazi ukulungisa i-voltage yokusebenza yeqoqo ngalinye lebhethri ngokuzimela ngokusebenzisa isilawuli esihlakaniphile, ukuze ukushaja nokukhipha imisinga kugcinwe kuhambisana, kanye nokuchema. yamanje igwenywa ngokuyisisekelo.ukukhiqiza.Ngokuphathwa okuhlukene, ukushaja namandla okukhipha kunganyuswa ngo-7%.Ingakwazi futhi ukubona ukulungiswa okusebenzayo kokuhluka kwe-SOC ngaphandle kwesikhathi sokulinganisa, okungasindisa kakhulu izindleko zochwepheshe esiteshini futhi konge kakhulu izindleko zokusebenza nokugcinwa.
Uzakwethu ongcono kakhulu wekusasa eliluhlaza
Ukuwela imingcele kusho ukuhlanganiswa kobuchwepheshe nezimboni ezihlukahlukene, okuzoletha uguquko olujulile lwezimboni futhi kugqugquzele amandla amasha e-kinetic embonini.Esikhathini lapho imboni yamandla emhlabeni ishintsha isuka ezicini zensiza iye ekukhiqizeni, ukuthuthukiswa kobuchwepheshe bezinhlelo zokuphehla amandla e-photovoltaic kusesenendlela ende okufanele yenziwe.Amandla aba umthombo wamandla oyinhloko.
UHuawei uhlakaniphilephotovoltaic digital smart power stationinezakhi zofuzo ezizalwa nazo, okuwukubonakaliswa okugxilile kwamakhono ayo kwezobuchwepheshe bolwazi lwezokuxhumana, ubuchwepheshe be-inthanethi, kanye nama-chips nesofthiwe.Kusukela endaweni eyodwa kuya ohlotsheni lwezintambo, kusukela ku-photovoltaics yendabuko kuya kuma-photovoltaics edijithali, futhi manje kuya ku-AI + photovoltaics, ngokuzayo, i-Huawei smart photovoltaics izoqhubeka nokuthuthukisa ulwazi lomsebenzisi ngokusebenzisa izinzuzo zobuchwepheshe, ukuze amandla aluhlaza azuze izinkulungwane zezimboni nezinkulungwane zemizi. .Thola ukungathathi hlangothi kwekhabhoni futhi wakhe ikusasa eliluhlaza neliqhakazile ndawonye.
Isikhathi sokuthumela: Nov-05-2022