Ibhethri elikhulu kunawo wonke emhlabeni? AmaShayina akha indawo yokugcina amandla enamandla angu-800 kWh
Isikhungo esikhulu kunazo zonke sokugcina amandla emhlabeni sakhiwa esifundazweni saseDalian eChina. Isebenzisa ukugeleza ngamaseli e-vanadium adunyiswa njengesimangaliso emhlabeni webhethri eminyakeni embalwa edlule.
Uhlu lokuqukethwe
- I-Vanadium flow cell (VFB) - ukuthi iyini nokuthi isetshenziselwa ini
- Ukugcinwa kwamandla = ikusasa lawo wonke amazwe
Ama-electrolyte asekelwe e-Vanadium asetshenziswa ekugelezeni-ngamaseli e-vanadium. Umehluko ongaba khona phakathi kwezinhlobo ezahlukene ze-vanadium ions yenza kube nokwenzeka ukukhiqiza amandla. Amaseli e-vanadium agelezayo anesisindo esincane kakhulu sokugcina amandla kunamaseli e-lithium-ion, ngakho awafaneleki ukusetshenziswa ezimotweni, kodwa afaneleka kahle ezitshalweni zamandla.
AmaShayina anquma ukwethula idivayisi enjalo yokugcina amandla. Umthamo wayo uzoba ngama-megawatt-amahora angu-800 (MWh) noma ama-kilowatt-amahora angu-800 (kWh), futhi umthamo wawo omkhulu uzoba ama-megawatts (MW) angu-200. Kukholakala ukuthi iyindawo enkulu yokugcina amandla emhlabeni.
> IHyundai Electric & Energy Systems ifuna ukuba yirekhodi likaTesla. Izoqala ibhethri enamandla angu-150 kWh.
Ukugcinwa kwamandla = ikusasa lawo wonke amazwe
Umsebenzi oyinhloko we-warehouse uzoba ukunciphisa umthwalo kugridi yamandla eziqongweni futhi ugcine amandla ngesikhathi sokukhiqiza ngokweqile (ebusuku). Inzuzo yamaseli okugeleza kwe-vanadium ukuthi awawonakali ngoba ingxenye eyodwa kuphela (vanadium) ekhona. U-Electrek usho kanjalo Amabhethri e-Vanadium kufanele amelane nemijikelezo yokushaja eyi-15, futhi iminyaka engamashumi amabili yokuqala yokusetshenziswa akumele ibangele ukulahlekelwa amandla..
Uma kuqhathaniswa, impilo elindelekile yebhethri ye-lithium-ion ingu-500-1 ukushaja / imijikelezo yokukhipha. Imiklamo yesimanjemanje ivumela imijikelezo yokushaja / yokukhipha engu-000.
> Aphelelwa kanjani amabhethri eTesla? Balahlekelwa amandla angakanani phakathi neminyaka edlule?
Esithombeni: ukugeleza ngamaseli e-vanadium kwenye yezindawo zokugcina amandla e-China (c) e-Rongke
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