Njengedivayisi yokugcina amandla esebenza kahle futhi enokwethenjelwa kakhulu, ikhabethe le-lithium iron phosphate energy storage lisetshenziswa kabanzi ezindlini, ezimbonini nasezindaweni zezentengiselwano. Futhi amakhabethe okugcina amandla e-lithium iron phosphate anezindlela ezihlukahlukene zokushaja, futhi izindlela zokushaja ezihlukene zifanele izimo nezidingo ezahlukene. Okulandelayo kuzokwethula izindlela zokushaja ezijwayelekile.
I. Ukushaja kwamanje njalo
Ukushaja kwamanje okungapheli kungenye yezindlela zokushaja ezivame kakhulu neziyisisekelo. Ngesikhathi ishaja njalo, amandla okushaja ahlala engashintshi kuze kube yilapho ibhethri lifika esimeni esimisiwe sokushajwa. Le ndlela yokushaja ifanele ukushajwa kokuqala kwamakhabhinethi e-lithium iron phosphate storage, angagcwalisa ibhethri ngokushesha.
II. Ukushaja ugesi njalo
Ukushaja njalo kwe-voltage ukugcina i-voltage yokushaja ingashintshile ngemva kokuba i-voltage yebhethri ifinyelela inani elimisiwe kuze kube yilapho ukushaja kwehlela kumanje okumisiwe okumisiwe. Lolu hlobo lokushaja lufanele ukugcina ibhethri isesimweni sokushajwa ngokugcwele ukuze iqhubeke nokushaja ukuze kwandiswe umthamo wekhabhinethi yokugcina.
III. Ukushaja i-Pulse
Ukushaja i-Pulse kusekelwe ekushajweni kwamandla kagesi njalo futhi kuthuthukisa ukusebenza kahle kokushaja ngamaza amafushane, anemvamisa ephezulu. Lolu hlobo lokushaja lufanele izimo lapho isikhathi sokushaja silinganiselwe, futhi luyakwazi ukushaja inani elikhulu lamandla ngesikhathi esifushane.
IV. Ukushaja okuntantayo
Ukushaja okuntantayo kuwuhlobo lokushaja olugcina ibhethri lisesimweni sokushajwa ngokugcwele ngokushaja ngevoltheji engaguquki ngemva kokuba i-voltage yebhethri ifinyelela inani elimisiwe ukuze kugcinwe ibhethri lishajwe. Lolu hlobo lokushaja lufanele isikhathi eside ukusetshenziswa okuncane futhi lunganweba impilo yebhethri.
V. Level 3 ukushaja
Ukushaja okunezigaba ezintathu kuyindlela yokushaja eyi-cyclic ehlanganisa izigaba ezintathu: ukushaja okungashintshi kwamanje, ukushaja okungaguquki kwamandla kagesi kanye nokushaja okuntantayo. Le ndlela yokushaja ingathuthukisa ukusebenza kahle kokushaja nempilo yebhethri, futhi ifanele ukusetshenziswa njalo.
VI. Ukushaja okuhlakaniphile
Ukushaja okuhlakaniphile kusekelwe ohlelweni oluthuthukisiwe lokuphatha ibhethri kanye nobuchwepheshe bokulawula ukushaja, obulungisa ngokuzenzakalelayo imingcele yokushaja nendlela yokushaja ngokuvumelana nesimo sesikhathi sangempela sebhethri nezimo zemvelo, ukuthuthukisa ukusebenza kahle kokushaja nokuphepha.
VII. Ukushaja kwelanga
Ukushaja kwelanga ukusetshenziswa kwezinhlelo ze-solar photovoltaic ukuguqula ukukhanya kwelanga kube ugesi wokushaja amakhabhinethi e-lithium iron phosphate storage. Le ndlela yokushaja ivumelana nemvelo futhi iyonga amandla, futhi ifanele izindawo ezingaphandle, ezikude noma izindawo ezingenawo amandla egridi.
VIII. Ukushaja kwe-AC
Ukushaja kwe-AC kwenziwa ngokuxhuma umthombo wamandla we-AC kukhabhinethi yokugcina i-lithium iron phosphate. Lolu hlobo lokushaja luvame ukusetshenziswa emikhakheni yasekhaya, yezohwebo kanye nezimboni futhi luhlinzeka ngesimanje sokushaja esizinzile namandla.
Isiphetho:
Amakhabethe okugcina amandla e-lithium iron phosphate anezindlela ezihlukahlukene zokushaja, futhi ungakhetha indlela efanele yokushaja ngokwezimo nezidingo ezahlukene. Ukushaja njalo, ukushaja kwamandla kagesi njalo, ukushaja ishayela, ukushaja okuntantayo, ukushaja okunezigaba ezintathu, ukushaja okuhlakaniphile, ukushaja kwelanga nokushaja kwe-AC nezinye izindlela zokushaja zinezici zazo kanye nezinzuzo zazo. Ukukhetha indlela yokushaja efanele kungathuthukisa ukusebenza kahle kokushaja, kunwebe impilo yebhethri futhi kuqinisekise ukuphepha kokushaja.
Isikhathi sokuthumela: Jul-18-2024