Nge-9 ka-Okthobha 2022, ulawulo lwamandla kazwelonke lwakhupha isaziso kwiSicwangciso sokuSebenza se-Carbon Forportion MIDLALO WOKUGQIBELA WOKUGQIBELA. Ngokweenjongo zomsebenzi wesicwangciso, ngo-2025, inkqubo egqibeleleyo yamandla egqibeleleyo iya kusekwa, enokuthi ixhase ngempumelelo kwaye ikhokele iguquko eluhlaza kunye nenqanaba lekharbon, kwaye umgangatho wamandla uya kuguqulwa kubungakanani kunye nesikali kumgangatho kunye nokusebenza kakuhle.
Emva kokubeka phambili ishedyuli ye-"0 yekharbon ", urhulumente waseTshayina uye wakhupha imigaqo-nkqubo yenkxaso kunye neemfuno zekharbon" ephindwe kabini "kule minyaka mibini idlulileyo. Ukwenzela ukufezekisa ikharbon ephakathi, i-China yenza utshintsho kwimigaqo-nkqubo nakwimigaqo-nkqubo.

ISICWANGCISO SOKWENZA ISICWANGCISO SOKUGQIBELA I-PAK CAK Carbon Ukungathathi cala ikhutshwe nguLawulo lweMigangatho yeSizwe ichaza ikakhulu iNkqubo "yeNdlela yokuHlala" kwi-"ye-Sulbon" ImGaqo-mali yamandla " Ukugxila ekwakhiweni kwenkqubo esemgangathweni yamandla ahlaziyekayo anjengeefotovoltaic, amandla omoya, kunye nokubekwa emgangathweni wamandla angasebenziyo.
Ingabonwa ukuba isiseko se "Ikharbon yekharbon" ye-thebhu ye "yinguqu yesakhiwo samandla. Phantsi kwenjongo yophuhliso ngokubanzi 'yekharbon "ye-quarbon", ukumiselwa komgangatho weenkqubo ze-fossil ezingezo fossil yeyona nto ibalulekileyo ekusetyenzisweni kwenguqu yesakhiwo samandla. Abazalwana basePingtou babekholelwa ukuba emva kokubekwa emgangathweni wamandla angasebenziyo, imigaqo-nkqubo efanelekileyo ngakumbi iya kuziswa ukuphakamisa inguqu kunye nophuhliso lwesakhiwo samandla sase China.
Umzobo 1 uqikelelo lwe-China lamandla e-China

Ukongeza, ulawulo lwamandla kwilizwe lwakhutshwa isicwangciso sokusebenza se-Carbon Pearbon Pearbon Ukungathathi cala komgangatho osemgangathweni, ecacisa ukubekwa emgangathweni wesakhiwo samandla saseChina. Imo engqongileyo echazwe kuyo ibandakanya: Ifoto ye-Photovlic, indawo yokugcina amanzi, ukugcinwa kwamandla e-proclered, isigaba esitsha sesithathu, inkqubo yamandla amatsha, inkqubo yogcino lwamandla amatsha, njl.
Kwelinye icala, ulawulo lwamandla kuzwelonke luya kulawula ngakumbi ukubekwa emgangathweni kumzi-mveliso wamandla, dlala indima ebonakalayo ekwandiseni ubungakanani bamandla angaphezulu, kwaye uncede ukwandisa inani le-fossil yamandla; Kwelinye icala, ikwabonisa imakethi apho ulwalathiso lwamandla e-China lwe-China Inguqu kwixesha elizayo iya kuphakamisa ukusetyenziswa kweekhemikhali ezinxulumene noko.
Phantsi kophuculo lophuhliso lomoya ongekho mgangathweni ongekho mgangathweni, ishishini lekhemikhali liya kukhuthazwa?
I-1. Umzi womoya kunye ne-Photovoltaic yindawo ebalulekileyo yezakhiwo, kwaye kukwangamandla e-China kugxilwe kuyo. Isicwangciso sikwachaza ngokucacileyo ukuba iiprojekthi zemifanekiso emiselweyo ziya kusekwa ukuba kwakhiwe amabala amakhulu eefotovol kunye ne-Offshore Powers
Ukwakhiwa kweeprojekthi ezinkulu zomoya ezinkulu zomoya ezinamandla ze-Pobvoltaic ziya kukhuthaza ukusetyenziswa kweemveliso zekhemikhali kwiindawo zazo ezinxulumene noko, ezinjenge-Poevoltaic beka, i-Poe, iPhotovoltaic iBakala PMMA kunye nezinye iimveliso. Ukuqhutywa ngokuphuhliswa kwamandla amakhulu omoya kunye neeprojekthi zefotovoltaic kwixesha elizayo, imakethi yabathengi yexesha elizayo ibonisa indlela yokuphuhlisa ngokukhawuleza. Ezi mveliso zikwiimveliso eziphambili zemakethi ye-China ye-China.
2. Ukwakhiwa kwenkqubo entsha yokugcina amandla, ukwakhiwa kwenkqubo yomgangatho wokugcina amandla, ukwakhiwa kwenkqubo entsha yokugcina kunye nephuculweyo, ukukhutshwa kwezikhokelo zokwakhiwa kwenkqubo entsha yokugcina amandla, kunye nokukhuthaza uhlaziyo lwemigangatho efanelekileyo ngokudibanisa namava eeprojekthi zokubonisa amashishini.
Umzi-mveliso wokugcina amandla lishishini elibalulekileyo kuphuhliso lwamandla amatsha e-China, ekwamisela ukuba inokwenzeka kuphuhliso lomzi mveliso omtsha wamandla. Ukugcinwa kwamandla kubhekisa kwinkqubo yokugcina amandla ngokusebenzisa amajelo eendaba okanye ngezixhobo kunye nokukhupha kwakhona xa kufuneka. Ukugcinwa kwamandla kunokwahlulwa kubasebenzi boomatshini, ukugcinwa kombane amandla, ukugcinwa kwamandla e-elektroniki, ukugcinwa kwamandla e-shemical, njl. Njl. Njl. Ukugcinwa kwamandla e-Elecromagnetic indawo yokugcina amandla e-Electromagnetic, eyokugcinwa kwamandla kwenkqubo yamandla.
Phakathi kwazo, ukugcinwa kwamandla e-electrochemical kubhekisele ekugcinweni kwamandla kwiibhetri ezahlukeneyo zenqanaba lezikolo ezisebenzisa izinto zemichiza njengemithombo yeendaba yezamandla. Inkqubo yokutshaja kunye nokukhupha inkqubo ihamba kunye nempendulo yekhemikhali yendawo yokugcina amandla, kubandakanya ibhetri ekhokelayo, ibhetri ye-lithium, njl. Njl. Ukugcinwa kwamandla ekhemikhali yeyona ndlela ibonakalayo yokugcina amandla kuhlobo kunye nesikali semfuno yemveliso yemichiza. Ukunyuka kwesikali sokugcina amandla kuya kukhuthaza ukukhula kokusetyenziswa kweemveliso zekhemikhali ezinxulumene noko.
Phantsi kwemeko yophuhliso yokugcina amandla emichiza, kubaluleke kakhulu kwaye inomdla kakhulu kwiibhedium ze-lithium kunye ne-Itbonate ye-Inranate, i-Itro-ricture filty Polythylene Polythylene, i-PVP, i-PVP, iLithium I-Disluorosulfosulmide, njl.
Eyona nto iphambili ye-China "ye-carbon ye-china ezimbini" ilele kwinguqu yesakhiwo samandla, esiya kuthi sizise "iintlungu" kwixesha lotshintsho lwamandla kunye namandla amatsha. Amandla amatsha aya kuqhubeka nokukhulisa ngokukhawuleza, kwaye inqanaba lokukhula kwamandla okwesintu liya kuqhubeka licothisa. Ngaphantsi kwale meko, eqhutywa yimakethi entsha yokusetyenziswa, ukukhuthaza ukuthengisa amandla amatsha.

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