Isiteshi Sokushaja Samandla Se-120kwh 60kw CCS2 GBT BESS

Inqwaba Yokushaja ye-BESS engu-241kWh engu-120kW: Isiteshi Seshaja se-EV Esigcina Amandla Aphezulu

Njengoba ukusetshenziswa kwezimoto zikagesi kushesha, isidingo sengqalasizinda yokushaja esheshayo, ethembekile, nehambisana negridi asikaze sibe sikhulu kangaka. Inqwaba Yokushaja ye-241kWh 120kW Battery Energy Storage System (BESS) imele igxathu elikhulu phambili—ukuhlanganisa isitoreji samandla esikhulu kanye nokushaja okusheshayo kwe-DC okukhiphayo okuphezulu kuyunithi eyodwa, ehlakaniphile. Yakhelwe izimoto zezentengiselwano, izikhungo zezinsizakalo zomgwaqo omkhulu, izindawo zokushaja zasemadolobheni, kanye nezindawo zokupaka izitolo, lesi sixazululo siqeda izithiyo ezivamile ezifana nomthamo wegridi olinganiselwe, izindleko ezifunwa kakhulu, kanye nezikhathi zokuhola zokuthuthukisa i-transformer ezinde.

Imininingwane Yobuchwepheshe Eyinhloko

Enhliziyweni yesistimu kukhona ibhange lebhethri elingu-241kWh lithium iron phosphate (LFP), elinikeza isitoreji samandla esiphephile, esihlala isikhathi eside, nesisebenza kahle kakhulu. Lokhu kuhlanganiswe neshaja esheshayo ye-DC engu-120kW yezibhamu ezimbili, ekwazi ukuletha amandla okukhipha afinyelela ku-120 kilowatts. Uhlelo lokuphatha amandla oluhlanganisiwe (EMS) lulawula ngobuhlakani ukuhamba kwamandla phakathi kwegridi, ibhethri lokugcina, kanye nezimoto zikagesi ezixhunyiwe.

Izinzuzo Zokusebenza Ezingalingani

1. Ukuminyana Kwegridi Kuxazululiwe: Amashaja anamandla amakhulu endabuko avame ukudinga ukuqinisa igridi ebizayo. Njengoba isitoreji esingu-241kWh esingaphakathi, isiteshi singashaja amabhethri aso kancane kusuka kugridi (noma amaphaneli elanga) ngezikhathi ezingaphandle kwesikhathi esimatasa, bese sikhipha lawo mandla agcinwe ku-120kW ezimotweni ngesikhathi sokudingeka okukhulu—ngaphandle kokucindezela i-transformer yendawo. Lokhu kwenza kube lula ukushaja okusheshayo ngisho nasezindaweni ezinokuxhumeka kwegridi okubuthakathaka noma okulinganiselwe.
2. Ukuncishiswa Kwezindleko Zokufuna: Izindleko zesidingo sezinsiza (ngokusekelwe ekudonsweni kwamandla okuphezulu kakhulu kwemizuzu eyi-15-30) ziyizindleko ezinkulu zokusebenza zamashaja asheshayo e-DC. I-BESS isebenza njenge-buffer, inciphisa iphrofayili yomthwalo wegridi yesayithi futhi inciphise izindleko zesidingo esiphezulu ngamaphesenti afinyelela ku-50-70, okuthuthukisa kakhulu inzuzo yesiteshi.
3. Ukushaja Izibhamu Ezimbili Ngesikhathi Esifanayo: Umphumela ongu-120kW ungabiwa ngokuhlakanipha: isibonelo, u-120kW emotweni eyodwa ukuze ushaje ngokushesha okukhulu (ukwengeza ibanga elingama-~500km ngemizuzu engama-30), noma u-60kW+60kW ezimotweni ezimbili ngesikhathi esisodwa, ukuphinda kabili umthamo ngesikhathi sezikhathi ezimatasa.
4. Ilanga + Isitoreji Esilungele: Uhlelo luhlanganisa okokufaka okuqondile kwamaphaneli e-photovoltaic (PV). Uma kuhlanganiswe nelanga, i-BESS ingagcina amandla avuselelekayo ngezikhathi zelanga futhi ilethe amandla aluhlaza, ashibhile kuma-EV ebusuku noma ezinsukwini ezinamafu—ifinyelela ukushaja kwangempela okungenawo ugesi.
5. Isevisi Engaphazanyiswa: Ngesikhathi sokucima kwegridi noma ukufiphala, isiteshi singasebenza ngendlela yesiqhingi, siqhubeke nokushaja ama-EV avela endaweni yokugcina ibhethri engu-241kWh. Lokhu kusenza sibe usizo kakhulu ezindaweni eziphuthumayo nasezindaweni ezisengozini yenhlekelele.