Esikhathini sanamuhla sokuguqulwa kwamandla kanye nentuthuko esheshayo yezobuchwepheshe, uhlelo oluhlanganisiwe lwamandla seluphenduke isinqumo esihle sokuhlangabezana nezidingo zamandla ahlukahlukene ngokusebenza kwayo okuhle kanye nomklamo omusha.
Lolu hlelo lokusebenza oluhlanganisiwe lunokuhlelwa kwamapharamitha wamandla anamandla. I-ac yokufaka i-voltage ingasebenza ngokumangazayo uma ishintshana phakathi kwebanga lama-380v + 15%, futhi imvamisa yokufaka isembozo esingu-45-65hhz. Iguquguqukayo kakhulu futhi ingaxhunyaniswa kalula kumanethiwekhi ahlukahlukene wamandla. Amandla awo okukhishwa afinyelela ku-160kW kanye nokukhishwa kwamanje kungafinyelela ku-210a, okunganikeza ukusekelwa kwamandla anele nokuzinzile kwemishini eminingi yokusebenzisa amandla aphezulu. Ukusebenza kahle okuphelele kungu-≥95%, futhi isici samandla yi-≥0.99, sibonisa ukuguqulwa kwamandla okuphezulu kakhulu, ukunciphisa ngokuphumelelayo nokuvikelwa kwamandla, nokuvumelanisa nokuvikelwa kwemvelo kwanamuhla, ukonga amandla kanye nomqondo wokuthuthukisa amandla aphezulu.
Ibhethri lamukela i-Lithium Iron Phosphate Type, umthamo webhethri ka-160a kanye nomthamo wokugcina wamandla we-88kWh, ohlinzeka ngokuxhaswa okuqinile kohlelo ngezimo ezinjengezindawo eziphuthumayo. Indlela yokuqalisa yokushaja ilula kakhulu, ukuswayipha kwamakhadi okusekelwa kanye nokuskena kwe-weChat Applet, ukuzivumelanisa ngokuphelele nezidingo zanamuhla ezihlakaniphile, futhi kungasetshenziswa kalula ngabasebenzisi abathile nezimo zokusebenza ezentengiselwano. Izinga lokuvikelwa kwe-IP54 likuvumela ukuthi likwazi ukubekezelela izinga elithile lothuli kanye nama-splashes amanzi, futhi ilungele izimo ezahlukahlukene zemvelo eziyinkimbinkimbi.
Futhi isici saso esivelele kunazo zonke yisitoreji esihlanganisiwe kanye nohlelo lokushaja. Uhlelo luhlanganisa kahle uhlelo lwe- "Energy Storage" kanye "nohlelo lokushaja". Uhlelo lokushaja lufana nomgcini wendlu ohlakaniphile, ongabona ngokunembile isimo samandla wamanje nebhethri ngesikhathi sangempela. Ngokusekelwe kulokhu kubhekwa kwedatha okuqondile, kungashintsha ngokuzenzakalelayo nemodi yokunikeza amandla, futhi ngempumelelo ngempumelelo uhlelo lokugcina amandla ngogesi ngezikhathi eziphansi zokusebenzisa amandla noma lapho kunokwabiwa okuphezulu kwemithombo yamandla. Lokhu akukunciphisi ngempumelelo izindleko zokusetshenziswa kukagesi futhi kusindise abasebenzisi izindleko eziningi zikagesi, kepha futhi kunendima enhle ekulinganiseni umthwalo wegridi yamandla kanye nokwenza ngcono ukusebenza kahle kwamandla.
Ngaphezu kwalokho, uhlelo luhlome ngezindawo zokuxhumana ze-Ethernet kanye ne-4G, ezingakwazi ukuqaphela ukuxhumana okulula nokuxhumana kwedatha ngamadivayisi angaphandle, ukuthuthukisa ukunakekelwa okukude, nokuqinisekisa ukuthi uhlelo luhlala lusesimweni esihle kakhulu sokusebenza. Amandla asizayo ahlinzeka nge-12V enikeza ukulethwa kwamandla okuzinzile kwemishini ethile esizayo ngaphakathi kohlelo ukuze aqinisekise ukusebenza okujwayelekile kwalo lonke uhlelo. Ububanzi bawo, ukujula nokuphakama kwenzelwe ukuba ngu-1200 * 2500 * 2100mm. Ngenkathi iqinisekisa ukwakheka okunengqondo kwesakhiwo sangaphakathi nobuqotho obusebenzayo, kungazivumelanisa nezidingo ezahlukahlukene zokufaka sendawo ngezinga elithile.
Ngamafuphi, uhlelo oluhlanganisiwe lwamandla okufaka lunamathemba ahlukahlukene okuhlinzekwa kwamandla, izinhlelo zokugcina amandla kanye neminye imikhakha ngokusebenza kwayo okunamandla, ukubekelwa umsebenzi kanye nokushaja imisebenzi, kanye nezimpawu zokuxhumana, futhi kunomthelela ekwakhiweni kwe I-Ecosystem Esebenzayo, Eqinile Futhi Ehlakaniphile Ehlakaniphile.
I-Tag: I-Essom Esemishini, I-Resations Ess, i-EV Charger, i-EV Charger yebhizinisi (AC)
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