Okwangoku, isicelo sobugcisa bebhetri kwi-Lithium kwindawo yokugcina amandla ikakhulu igxile kwicandelo lokuhambisa amandla esiSikhululo seGrid yokulinda, izithuthi zolwaphulo-mthetho lwasekhaya, izixhobo zombane kunye nezinye iinkalo. Ngexesha leSicwangciso seSicwangciso seminyaka emi-13, imakethi yokugcina amandla e-China iya kukhokela kwicandelo lezinto zikawonke-wonke, ngokungena kwezandla ukusuka kwicala lomsebenzi kunye necala lokuhambisa kwicala lomsebenzisi. Ngokwedatha, ivolumu yesicelo semakethi ye-lithium yebhetri ngo-2017 yayimalunga ne-5.8gwh, kunye nesabelo sentengiso seLithium-ion siza kuqhubeka nokwanda ngokuhlala ixeshana ngonyaka ngo-2018.

Ngokwemeko yesicelo, i-lithium-i-ion-ion ye-Ion inokwahlulwa ekubeni isetyenziswe, ukugcinwa kwamandla. Okwangoku, i-Lithimu ye-Lithim kunye nebhetri ye-Lithim kunye ne-LITHROR ye-Lithim yeLithim ixabisa kakhulu kumzi mveliso. Ngokutsho kwengxwabangxwaba yeengcali ezigunyazisiweyo, inxalenye yebhetri yeLithium kuzo zonke izicelo ze-Lithium e-Nithium kulindeleke ukuba inyuke ibe ngama-70% ngebhetri engama-2020, kunye nebhetri yamandla ibhetri ye-lithium. Ibhetri yamandla iLithium iya kuba ngamandla aphambili ebhetri yeLithium

Uphuhliso olukhawulezileyo lwecandelo lebhetri yeLithium ikakhulu lubangelwa ngumgaqo-nkqubo okhuthaza ukuphuculwa kweshishini elitsha lezithuthi zamandla. Ngo-Epreli 2017, iCandelo loMphathiswa Wezemizi-mveliso kunye neTekhnoloji yoLwazi yeRiphabliki yaseTshayina ikwakhankanywe kwi-20% yemveliso yamandla e-20, kwaye ithengiswa ngamandla e-2025. Inokubonwa njengemizi-mveliso yamandla amatsha kunye nentengiso yamandla e-2025. Inokubonwa ngamashishini amatsha kunye nolondolozo lwamandla amatsha kunye namanye amashishini okhuselo esisingqongileyo kwixesha elizayo.

Kwimeko yexesha elizayo yeTekhnoloji yebhetri yebhetri, i-genary iba yimeko enkulu. Xa kuthelekiswa ne-LITIM CoALY OXAXOXOXOXOXOXOXOXOXOXOXOXOXOXhosa i-Oxide, I-Lithium ye-Lithium ye-phosphate disphate ye-dioxide, iplastimu ye-tertage ye-gethium ineempawu ze-voltages ephezulu, i-voltium yevoti ye-protage, i-Piections ePhezulu, ukuzinza kwe-elektroniki. Inezibonelelo ezibonakalayo ekuphuculeni uluhlu lwezithuthi zamandla amatsha. Kwangelo xesha, ikwanazo izibonelelo zamandla aphezulu okuphumeza, ukusebenza kobushushu obuphantsi, kwaye kungakwazi ukuziqhelanisa nobushushu bemozulu yonke. Kwizithuthi zombane, alithandabuzeki elokuba uninzi lwabathengi baxhalabele unyamezelo kunye nokhuseleko, kunye nebhetri ye-lithium-ion ngokucacileyo kucacile.

Ngonyuso olukhawulezileyo lwemfuno yezithuthi zombane, ibango lebhetri ye-lithium-ion yonyuke kakhulu, nto leyo eye yaba yeyona nto iphambili ekukhuleni kwemveliso ye-lithium-ion. Ibhetri yeLithium yimveliso enzima kakhulu. Yazalwa ngo-1980s kwaye iphakame ixesha elide kubuchwephesha kunye nokuveliswa kwetekhnoloji. Kwangelo xesha, akunandaba nokuba impilo okanye inkqubo yentshabalalo ye-Lithium isebenza ingozi encinci kwindalo, ehambelana nemfuno yophuhliso loluntu lwangoku. Ke ngoko, ibhetri yeLithium iye yaba yeyona nto iphambili ekugxininiseni kwesizukulwana esitsha samandla. Kwixesha eliphakathi, itekhnoloji yetekhnoloji yokuThuthukiswa ngoku yeyona nto iphambili kuphuculo lwetekhnoloji yehlabathi. Njengemveliso exhasayo yokuxhaswa kwetekhnoloji yokuphucula itekhnoloji yezothutho, ibhetri yeLithium kulindeleke ukuba ibe nophuhliso olukhulu kwiminyaka engama-35 ezayo.