Ngenkqubela phambili kwezobuchwephesha kunye nokunciphisa amaxabiso emveliso, i-jike ye-jike ye-jikelele ye-jikelele iya kuqhubeka nokukhula ngokukhawuleza, kwaye inani leemveliso zohlobo lwe-NYVE kumacandelo ahlukeneyo ziyanda ngokuqhubekayo. Amaziko amaninzi aqikelela ukuba ngo-2024, amandla okufakelwa kwe-jikivo yokomhlaba osandul 'ukuveliswa kwe-Global Photosoltaity (DC), kunye nenxalenye yeenxalenye zebhetri ze-NTE ze-NCET ziya kuqhubeka nokunyusa ikota nganye, ngenani elilindelekileyo elingaphezulu kwe-85% ukuphela konyaka.
Kutheni le nto iimveliso ze-N. Abahlalutyi be-SBI babonisa ukuba, kwelinye icala, ubutyebi bemihlaba buya buya buya buzinqabile, kunyanzelisa ukuveliswa kombane ococekileyo kwiindawo ezinqwenelekayo; Kwelinye icala, ngelixa amandla eenxalenye zebhetri ze-N Ukusuka kwimbono yamaxabiso ebhanti ukusuka kumashishini aliqela aphakathi, umahluko wamaxabiso phakathi kwe-NP yeNkampani enye kuphela ziisentimitha ezingama-3-5 kuphela ziisentimitha ezingama-3-5 kuphela / w, ephakamisa inkcitho.
Iingcali zetekhnoloji zikholelwa ukuba ukwehla okuqhubekayo kwizixhobo zotyalo-mali, ukuphuculwa okungagungqiyo ekusebenzeni kwemveliso, kunye nokunikezelwa kwentengiso ezaneleyo, kwaye kusekho indlela eninzi yokunciphisa iindleko kunye nokunyusa ukusebenza kakuhle . Kwangelo xesha, bagxininisa ukuba itekhnoloji ye-sero ye-sero ye-zero (i-0bb), njengoko eyona ndlela isebenzayo yokunciphisa iindleko kunye nokwanda kokusebenza, kuya kudlala indima ebaluleke ngakumbi kwimarike ye-Photevoltaic yexesha elizayo.
Ukujonga imbali yotshintsho kwi-gridlines yeselfowuni, iifoto zefotovoltaicic ze-Photovoltaic kuphela zine-1-2 eziphambili zegridi. Emva koko, iigridi ezine eziphambili kunye neegridi ezintlanu eziphambili zikhokelele kwimbonakalo yeshishini. Ukuqala ukusuka kwisiqingatha sesibini sika-2017, itekhnoloji yamatyholo amaninzi (MBB) yaqala ukusetyenziswa, kwaye kamva yaphuhliswa kwi-superbarbar ye-Multi (smbb). Ngokuyilwa kweegridi ezi-16 eziphambili, indlela yothungelwano lwangoku kwigridi eliphambili lincitshisiwe, landa amandla okukhutshelwa kwamacandelo, ukwehlisa ubushushu obusebenzayo, kwaye kukhokelela kwisizukulwana esiphezulu sombane.
Njengoko iiprojekthi ezingaphezulu nangaphezulu ziqala ukusebenzisa izinto ze-N Teech, ukwenzela ukunciphisa ukusetyenziswa kwesilivere, ukunciphisa ukuxhomekeka kwizinyithi ezixabisekileyo, kunye neendleko ezisezantsi zemveliso, ezinye iinkampani zebhetri sele ziqalile ukukhangela enye indlela. Kunikezwe ukuba le teknoloji inokunciphisa ukusetyenziswa kwesilivere ngaphezulu kwe-10% kwaye yonyuse amandla ecandelo elinye ngaphezulu kwe-5w ngaphezulu kwe-5w ngokunciphisa umthunzi wecala ngaphambili, ngokulinganayo ukuphakamisa inqanaba elinye.
Utshintsho kwitekhnoloji luhlala luhamba kunye nokuphuculwa kweenkqubo kunye nezixhobo. Phakathi kwazo, umtya weempahla eziphambili zemveliso yecandelo unxulumene ngokusondeleyo nokuphuhliswa kwetekhnoloji ye-GRIDING. Itekhnoloji yeTekhnoloji ichaze ukuba owona msebenzi uphambili kwi-ribbon kwi-ribbon kwiseli ngokufumana ubushushu, unxibelelaniso "kunye" nomgangatho wayo we-welding kunye nokunyaniseka ngokuthembekileyo chaphazela isivuno sendibano kunye neempawu zemveliso. Nangona kunjalo, ngokunyuka kwetekhnoloji ye-yero yetyhefu, iinkqubo zobushushu bemveli zemveli zemveli ziye zaza zatshintshwa.
Kule meko ukuba itekhnoloji yenkomo yeFowuni yeFowuni ivela ngqo kwitekhnoloji. Kuyaqondakala ukuba i-serotybar ye-zero ixhotywe ngetekhnoloji yenkomo ye-Isc yeFowuni, etshintsha i-Wiraction Sport, iyenza lula inkqubo yokulinganisa iselfowuni, kwaye yenza umgca onokuthembeka kwaye ulawule.
Okokuqala, le teknoloji ayisebenzisi i-galler flux okanye imbethe kwimveliso, ekhokelela ekungcoliseni kunye nesivuno esikhulu kwinkqubo. Ikwaphepha ixesha lokuphumla kwezixhobo ezibangelwa yilondolozwe lolondolozo lwe-rubex yomthengisi okanye ukubambelela, ngaloo ndlela ukuqinisekisa phezulu ixesha elingaphezulu.
Okwesibini, iteknoloji ye-Itc isusa inkqubo yoqhagamshelo lwequeratic ukuya kwinqanaba elilalisa, liphumeza idyling yecandelo liphela. Olu phuculo lubangelwa kukungabikho kobushushu obungcono be-ilding upolmormity, kunciphisa amaxabiso e-biid, kwaye kuphucula umgangatho weWolding. Nangona i-windows yobushushu ye-larator yelemimoita inqamleze kweli nqanaba, isiphumo seWoldsing sinokuqinisekiswa ngokwenza i-thebhule ifilimu yokutshatisa ubushushu obufunekayo.
Okwesithathu, njengoko imfuno yentengiso yemakethi ephezulu ikhula kunye nenqanaba lamaxabiso eseli ancipha kwiindleko zecandelo, ukunciphisa indawo yokuhlangana, okanye nokusebenzisa isithuba esingalunganga, iba "ngqiqweni." Ngenxa yoko, izinto zobungakanani obufanayo zingafikelela kumandla okukhupha, ebaluleke kakhulu ekunciphiseni iindleko zecandelo le-silicon kunye nokonga iindleko zenkqubo yenkqubo. Kunikwe ingxelo yokuba i-IFC isebenzisa uqhagamshelo oluguqukayo, kwaye iiseli zinokufakwa kwifilimu, ukunciphisa ukusebenza ngokufanelekileyo kunye nokuphumeza ii-spacking ze-zero ezifihlakeleyo phantsi kwesithuba esincinci okanye esibi. Ukongeza, iribhoni ye-welding akufuneki icekeswe ngexesha lenkqubo yokuvelisa, ukunciphisa umngcipheko wokubethelwa kweseli ngexesha lokuveliswa kweseli, ukuphucula ukuqinisekiswa kwemveliso kunye nenkqubo yokuthembeka.
Okwesine, i-IFC isebenzisa ubushushu obuphantsi iRibbon, ukunciphisa ubushushu obuhlanganisiweyo ukuya ngaphantsi kwe-150°C. Ukunciphisa kakhulu umonakalo oxinzelelo lwe-furma evuthayo kwiiseli, ukunciphisa umngcipheko wemingcipheko kunye nokuqhekezwa kwetyhubhu kunye nokuqhekezwa kwetyholo emva kokuthamba kweseli, kokwenza kube lula kakhulu kwiiseli ezinqabileyo, zenza ukuba zibe nobuhlobo kwiiseli ezinqabileyo, zenza zibe nobuhlobo ngakumbi kwiiseli ezinqabileyo, zenza zibe nobuhlobo ngakumbi kwiiseli ezinqabileyo, zenza zibe nobuhlobo ngakumbi kwiiseli ezinqabileyo, zenza zibe nobuhlobo ngakumbi kwiiseli ezinqabileyo, zenza zibe nobuhlobo ngakumbi kwiiseli ezincinci.
Okokugqibela, ekubeni iiseli ze-0bbs azinagqomo eziphambili, ukuchaneka kokuma komhlaba we-welding ribbon kulula kakhulu, ukwenza into elula kwaye isebenze ngokufanelekileyo. Ngapha koko, emva kokususa iigridi eziphambili eziphambili, izinto ezithandekayo ziyathandeka kwaye zifumene ukwamkelwa ngokubanzi kubathengi eYurophu naseMelika.
Kufanelekile ukukhankanya ukuba itekhnoloji ye-Isc encinci yeFowuni yeFowuni icombulula ngokugqibeleleyo ingxaki yokulwa emva kweeseli ze-xbc. Kuba iiseli ze-XBC zine-gridlines kwelinye icala, umtya oqhelekileyo wokuziqhelanisa nobushushu obuphawu welding unokubangela ukulayishwa kweeseli emva kwe-welding. Nangona kunjalo, i-ICC isebenzisa itekhnoloji yefilimu ephantsi yefilimu ukunciphisa uxinzelelo lwe-thermal, kukhokelela kwimitya yeseli yeflethi kunye engafakwanga emva kokugubungela ifilimu, ukuphucula umgangatho wemveliso kunye nokuthembeka kwemveliso.
Kuyaqondwa ukuba okwangoku, iinkampani ezininzi ze-HJT kunye neenkampani ze-HJT zisebenzisa itekhnoloji yo-0bb kwizinto zazo, kwaye iinkampani ezininzi ezikhokelayo zikwaveze umdla kwitekhnoloji. Kulindelwe ukuba kwisiqingatha sesibini sama-2024, ngakumbi iimveliso ze-024 eziya kungena kwimarike, zijongile amagqabantshintshi obutsha kubume obutsha kunye nophuhliso lweshishini lefotovoltaic.
IXESHA LOKUQALA: APR-18 ukuya kwi-2024