Kweli hlobo,njengeubushushuiya phezulu kwaye iphezulu,Igridi yamandla ehlabathi ayiyi kuba nakho ukubonelela ngombane ofanelekileyo wokudibana nemfuno yokunyuka kombane, enokubeka ngaphezulu kwebhiliyoni yabantu abasemngciphekweni wokubakhoukudunga iamandla.
Njengomvelisi okhokelayo wamantshontsho e-grid, iinkqubo zokugcina amandla kunye nezisombululo zamandla e-smart ehlabathini, amandla e-renac anikezela ngesisombululo esigqibeleleyo - inkqubo yokugcina i-voltage ephezulu.
Inkqubo iqulathe ingqokelela ye-turbo h1 yebhetri ephezulu yeVolt kunye ne-N1 HV ye-Inrish English English English English Energy. Xa ukukhanya kwelanga kwanele phakathi kwemini, inkqubo yefoto ye-poppvoltaic isetyenziselwa ukubiza ibhetri, kunye ne-voltage ye-voltage ye-lithium ye-Lithium ingekasetyenziswa ukuhambisa imithwalo ebaluleke kakhulu ebusuku. Kwimeko yokuphuma kwamandla ngequbuliso / ukusilela, inkqubo yokugcinwa kwamandla inokusetyenziswa njengomthombo wamandla ongxamisekileyo, njengoko inokubonelela ngomthwalo ongxamisekileyo ukuya kwi-6KW, ithathe ixesha lokufumana amandla endlu nje elifutshane.
Bomvu ngenkqubo yokugcina i-voltage ephantsi, iinkqubo zokugcina ii-voltage eziphezulu zinenzuzo!
Ngokumalunga nokusebenza kakuhle, ukusebenza kakuhle kweenkqubo zokugcina i-voltage ephezulu yi-4% ephezulu kunezo kwiinkqubo zokugcina amandla e-voltage ephantsi.
Ngokwendlela yokuyilwa, i-topology yesekethe ye-Inbrid ye-Hotbrid ephezulu, incinci ngokobukhulu, ilula ngobunzima, kwaye inokuthenjwa ngakumbi.
Ngokwendlela yokusebenza, ibhetri yangoku yenkqubo yokugcina i-voltage ephezulu iphantsi, engaphazanyiswanga kwinkqubo.
Uphando lubonisa ukuba emva kwemijikelezo engama-6000 ye-10kWH ibhetri, inkqubo yokugcina i-voltage ephezulu inokugcina phantse i-3000kwh ethelekiswa nenkqubo yokugcina i-voltage ephantsi.
IgunyaCi-ertity, Shlakwaye rukukhohlisa
Yonke inkqubo yavavanywa kwaye iqinisekiswa yi-TÜV Rheincland. Ibhetri ye-turbo ye-turbo ye-turbo ye-turbo ye-voltage idlulile kwi-IEC62619 yokuGcina i-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619 ye-IEC62619, kunye ne-N1 H1 HV ye-HEGRD ye-ECBRED iphumelele i-Emc kunye nesatifikethi se-LCG. Ukufunyanwa kwesiqinisekiso esigunyazisiweyo sibonisa isiqinisekiso sokhuseleko semveliso ye-Renec
Ngogcino lwamandla e-REONCAC, unokujongana ne "Ingxaki yokuphuma kwamandla" ngokulula. Siyakwazi ukukhawulezisa ukudalwa kombono omtsha we-zero yekharbon kwiNdlela yeeNdlela ezingama-8 "ezingama-60 ezingama-60 ezimbini" ngamandla ethu aphambili.