Izindawo ezintathu ezinkulu zokugcinwa kwamandla yilezi: indawo enkulu yokugcina amandla ebukekayo, amandla ayisipele eziteshi eziyisisekelo zokuxhumana, kanye nesitoreji samandla sasekhaya.
Uhlelo lokugcina i-lithium lungasetshenziselwa igridi "ukunciphisa inani eliphakeme kanye nesigodi", ngaleyo ndlela kuthuthukiswe ukusetshenziswa kwamandla, isidingo saseChina samandla okugcina amandla siyakhula.
Iqhutshwa isidingo esinamandla sokuthuthukiswa kwenhlalo-mnotho kanye nemakethe enkulu kakhulu engase ibe khona, ubuchwepheshe be-lithium battery pack storage energy buyathuthuka ngendlela yezinga elikhulu, ukusebenza kahle okuphezulu, impilo ende yesevisi, izindleko eziphansi kanye nemvelo eluhlaza.Isitoreji samandla ebhethri ye-lithium manje sekuyisixazululo esisebenziseka kakhulu.Amandla omoya namandla elanga njengamandla ahlanzekile avuselelekayo athandwa abantu abaningi.
I-Domestic nayo yaqala kancane kancane ukuthuthukisa amandla omoya namandla elanga, ukuze ikhuthaze ukuthuthukiswa okusheshayo kwesitoreji samandla omoya ibhethri ye-lithium kanye nesitoreji samandla elanga photovoltaic.
Amandla omoya namandla elanga kokubili kuyimithombo yamandla avuselelekayo.Amandla omoya namandla elanga ayakwazi ukukhiqiza ugesi ngomoya nangelanga, futhi yonke inqubo yawo yokukhiqiza ugesi iluhlaza, inkulu ngobuningi, iyathembisa, futhi ayipheli, inqobo nje uma kunomoya nelanga.
Umsebenzi oyinhloko wokugcina amandla omoya ukugcina ugesi ophehlwa umoya kanye nokuhlinzeka amandla kumthwalo njengamandla aphuthumayo lapho kungekho moya futhi kungekho ukukhanya.
Ukukhiqiza amandla omoya kanye nelanga ngokuvamile kusebenzisaamabhethri e-lithium iron phosphateyokugcina amandla, enokwethenjelwa okuhle nempilo yesevisi.
1. Umthamo wamandla ebhethri ye-lithium iron phosphate uphakeme kakhulu, usezingeni eliphezulu, futhi ngokusetshenziswa kwe-lithium iron phosphate cathode material, impilo yebhethri ye-carbon negative lithium-ion kanye nokuphepha kuye kwathuthukiswa kakhulu, isicelo esithandwayo emkhakheni we ukugcinwa kwamandla.
2. Ukuphila komjikelezo omude wamabhethri e-lithium, esikhathini esizayo ukuthuthukisa ukuminyana kwamandla kuncane kakhulu, ububanzi bubuthakathaka, intengo iphezulu lezi ziphutha zenza ukusetshenziswa kwamabhethri e-lithium emkhakheni wokugcinwa kwamandla kungenzeka.
3. Ukusebenza kokuphindaphinda kwebhethri ye-lithium kuhle, kulula ukukulungisela, esikhathini esizayo ukuthuthukisa ukusebenza kwezinga lokushisa eliphezulu nokusebenza komjikelezo kanye nezinye izinkinga ezihambisana kakhulu nokusetshenziswa kwesitoreji samandla.
4. Isistimu yomhlaba wonke yokugcina amandla ebhethri ye-lithium ku-akhawunti yezobuchwepheshe iphesenti eliphezulu kakhulu kunezinye izinhlelo zokugcina amandla ebhethri, amabhethri e-lithium-ion azoba inkambiso yokugcina amandla esikhathini esizayo.
Ngo-2022, imakethe yebhethri yokugcina amandla izofinyelela ku-70 billion RMB.
5. Eqhutshwa yinqubomgomo kazwelonke, isidingo samabhethri e-lithium emkhakheni wokugcinwa kwamandla nawo akhula ngokushesha, futhi ngo-2022, isidingo esikhulayo samabhethri okugcina amandla sizofinyelela ku-13.66 Gwh, okuzoba amandla okulandelela ukukhuthaza. ukukhula kwemakethe yebhethri ye-lithium.
Ibhethri ye-lithium, ukuvikelwa okuluhlaza kanye nemvelo, ukugcinwa kwamandla nezinye izinzuzo zibaluleke kakhulu, sekuyinto eyinhloko esekela amandla ezinhlobo ezahlukene zemikhiqizo yokugcina amandla ethuthukisiwe.
I-XUANLI isinesikhathi eside ikhiqiza amaphakethe ebhethri ye-lithium, futhi ingenza ngendlela oyifisayo amaphakethe ebhethri ngokwezidingo ezahlukene zokusebenzisa ngokwezidingo zamakhasimende.
Inkampani izuze ukwethenjwa kwabathengi abaningi ngenkonzo ecabangelayo, imikhiqizo yekhwalithi ephezulu kanye nekhwalithi ephezulu.
Isikhathi sokuthumela: Jan-05-2023