Kumda wexesha elizayo weenkqubo zamandla, ukugcinwa kwamandla njengezinto ezibalulekileyo kuqinisekisa ukudityaniswa okungenamthungo kwimithombo yamandla ahlaziyiweyo kunye nokuqinisa uzinzo lwegridi. Izicelo zayo zokusebenza Eli nqaku lifuna ukuvavanya kwaye likreqa ukwahlukana kweendleko, imeko yangoku yokuphuhliswa, kunye nethemba lexesha elizayo le-lithium-ion yebhetri yebhetri.
Ukuqhekezwa kwexabiso leenkqubo zokugcina amandla:
Ubume beendleko zeenkqubo zokugcina amandla ubukhulu betreyimu ezibandakanya iziqu ezintlanu ze-5, iinkqubo zokulawulwa kwebhetri (iinkqubo zebhetri (ii-BMS), iiNkqubo zokuguqula kwamandla), ukwakhiwa kwezinto kunye nokulungisa izinto. Ukuthatha umzekelo we-3MW / 6.88MWH UMSEBENZI WOKUSETYENZISWA KOMSEBENZI WOKUSETYENZISWA KOMSEBENZI KWIMPILO KWIPHONDO LEZHIJEIAG, iimodyuli zebhetri zenza i-55% yeendleko zizonke.
Uhlalutyo lokuthelekisa lweTekhnoloji yebhetri:
I-i-lithium-ion ye-ion ye-ion ye-ion iqokelela izixhobo ze-upstream, iMiddReames Revantints, kunye ne-Dowypream yokuphela kwabasebenzisi. Izixhobo ezikwiibhetri, iinkqubo zolawulo lwamandla (i-EMS), iinkqubo zolawulo lwebhetri (ii-BMS), kwiiNkqubo zokuGqibela kwamandla (PCS). Abalindi babandakanya inkqubo yokugcina amandla Abasebenzisi-abasebenzisa abasebenzisi abaqokelela umbane, ulawulo lwegridi, ukusetyenziswa komsebenzisi, kunye namaziko onxibelelwano / kunye neenkcukacha.
Ubume beendleko ze-lithium-ion:
Iibhetri ze-lithium-ion zisebenza njengezinto ezisisiseko zeenkqubo zokugcina amandla e-electrochemical. Okwangoku, imakethi ibonelela ngetekhnoloji yebheji yebhetri efana neLithium-ion, i-carbon, iibhetri ezihambayo, i-sodium-i-sodium-i-sodium-nye yamaxesha okuphendula, kunye nokuzibandakanya.
Iindleko zepakethe zebhetri zenza isabelo seNgonyama kwiindleko ze-electrochemical Stores, ezibandakanya ukuya kwi-67%. Iindleko ezongeziweyo zibandakanya i-interters yogcino lwamandla (10%), iinkqubo zolawulo lwebhetri (9%), kunye neenkqubo zolawulo lwamandla (2%). Ngaphakathi kwindalo ye-lithium-ye-IOI, ibanga i-cathodees ibango lenxalenye enkulu malunga neepesenti ezingama-40, ilandelwe yimpahla ye-Anode (19%), i-elektrolyte (i-Inzyte (8%).
Iindlela eziqhubekayo kunye nemiceli mngeni:
Ixabiso leebhetri ezigcina amandla libonile i-Trajectory esezantsi ngenxa yokuncipha kwe-Lithium Carbonate ukusukela i-2023. Ukuthathwa kwe-Lithium ye-Lithium ye-phosphatele kwimakethi yokugcina amandla yasekhaya inciphise. Izinto ezahlukeneyo ezinjenge-Canode kunye ne-Onode, ukwahlula, umqokeleli we-elektrolyte, eziqokelelekileyo ezikhoyo, kwaye abanye babone uhlengahlengiso ngenxa yezi zinto.
Nangona kunjalo, imakethi yebhetri yamandla irejista igqibile ukunqongophala komthamo kwimeko egqithisile, yomeleza ukhuphiswano. Abangeneleli abavela kumacandelo ahlukeneyo, kubandakanya abavelisi bebhetri, iifoto zefotovoltaic, iifemu zebhetri ezivelayo zamandla, kwaye zingenile kwi-fray. Le mpahla, idityaniswe nabantu abakhoyo abadlali bezinto zabadlali, bebeka umngcipheko wokuhlengahlengiswa kwentengiso.
ISIQINISEKISO:
Ngaphandle kwemiceli mngeni yokugcina gwenxa kwaye kuqine nokuphakanyiswa, imakethi yokugcina amandla iyaqhubeka nokwandiswa ngokukhawuleza. Ijongiwe njenge-domain ye-trillion ye-trillion, inika amathuba okukhula okukhulu, ngakumbi inkqubela phambili yokukhuthaza imigaqo-nkqubo yamandla ahlaziyiweyo kunye namacandelo orhwebo. Nangona kunjalo, kwesi sigaba se-oversopply kunye nolwahlulelo lwe-cutothroat, abathengi abaphantsi baya kufuna imigangatho ephantsi esemgangathweni yeebhetri zamandla. Abangeneleli abatsha kufuneka bamise izithintelo zetekhnoloji kwaye bahlakulele ubuchule obungu-core ukuba buchume kulo mhlaba uguqukayo.
Ngenani, imakethi yaseTshayina yeLithium-i-ion ye-lithium kunye neebhetri zokugcina amandla zibonisa i-tapestry yemiceli mngeni kunye namathuba. Ukuqonda ukuqhekeka kwexabiso, iindlela zetekhnoloji, kunye neempawu zentengiso kubalulekile ukuba amashishini azama ukubakho kubukho obunamandla kulo mzi mveliso.
Ixesha leposi: I-11 ukuya kwi-11 ukuya ku-4024
