Inkqubo Yokugcina Amandla Elanga Yorhwebo Enetshaja ye-EV 480kWh 522kwh Isisombululo Esidibeneyo se-BESS

Inkqubo Yokugcina Amandla Elanga Yorhwebo Enetshaja ye-EV 480kWh 522kwh Isisombululo Esidibeneyo se-BESS

Isishwankathelo seMveliso

Inkqubo yokugcina amandla elanga ye-MIDA Commercial ene-EV Charger inika amandla angama-480kWh ukuya kuma-522kWhI-LiFePO4umthamo kwisisombululo seBESS esidityanisiweyo ngokupheleleyo. Le nkqubo yokugcina amandla ebhetri idibanisa i-solar PV, i-bidirectional PCS, i-intelligent EMS, kunye ne-CCS2 DC yokutshaja ngokukhawuleza ukunceda abaqhubi bezorhwebo banciphise iindleko zamandla kwaye bafumane umbane othembekileyo.

Isikhululo sigcina amandla elanga kunye negridi engekho semgangathweni kwibhanki yaso enomthamo ophezulu, kwaye sinikezelaukucheba okuphezulu, ukulinganisela umthwalo, kunye nokutshaja kwe-EV ngokukhawuleza kwiphakheji enye edibeneyo. Uyilo lwayo lwelanga-first lwenza ukuba ibe yimpahla ye-microgrid yorhwebo ezinzileyo ephucula ukusetyenziswa kwayo okuhlaziyekayo.

Iingenelo ezingundoqo

• Ukuhlanganiswa kweSolar-First– Ukudibanisa i-PV ngokuthe ngqo kwandisa ukusetyenziswa kwayo ngokutsha kwibhanki ye-480kWh-522kWh.
• Itshaja ye-EV edibeneyo– Imveliso ye-CCS2 DC eyakhelwe ngaphakathi inika abasebenzi, abathengi kunye neenqanawa zokutshaja ezinamandla aphezulu.
• Ukucheba okuPhezulu– I-EMS ikhupha amandla agciniweyo ngexesha leerhafu eziphezulu ukunciphisa iindleko zemfuno yorhwebo.
• Indawo yokugcina izinto ezininzi– Ibhanki enkulu yeLiFePO4 ixhasa ukutshaja nokwakha ngokufunwa kakhulu.
• Ukupholisa ulwelo– Ulawulo olusebenzayo lobushushu lugcina imveliso izinzile kwaye lwandisa ubomi bebhetri.
• I-LiFePO4 yoBomi obude– Iiseli ezikumgangatho weemoto zibonelela ngemijikelo engaphezu kwama-6000 ngokhuseleko oluhambelana ne-IEC62619.
• I-EMS ehlakaniphileyo– Ukubeka esweni ngexesha langempela kulungelelanisa amandla elanga, ukugcinwa, kunye nokutshaja ukuze kusebenze kakuhle.

Iinkcukacha zeMveliso

Imizekelo yesicelo

Okuindawo yokugcina amandla elanga yorhweboInkqubo enetshaja ye-EV ilungele iivenkile ezinkulu, iipaki zeeofisi, iihotele, kunye namaziko okuthuthwa kwezinto afuna ukunciphisa iindleko zamandla ngokusebenzisa ukuzisebenzisa ngokwawo amandla elanga kunyeukucheba okuphezuluItshaja yayo edibeneyo ixhasa ukutshaja kweenqwelo-mafutha kwindawo kunye nokutshaja kwe-EV yabathengi.

Isebenza njenge-microgrid yorhwebo, le nkqubo inika amandla okuxhasa imithwalo ebalulekileyo kwaye ixhasa iinkqubo zokuphendula imfuno, iphucula ukuqina kwamandla kwaye iqinisa izibophelelo zokuzinza.

Iingenelo zasemva kokuthengisa

I-MIDA ibonelela ngewaranti epheleleyo, uthutho lwezixhobo zehlabathi, kunye nokuxilongwa kwe-EMS okukude okulandelela impilo yeeseli, ukuveliswa kwelanga, kunye nokusebenza kokutshaja ngexesha langempela. Amaqhinga elanga kunye nokuthunyelwa kwezixhobo anokulungiswa kude ukuze kwandiswe ukonga kwezorhwebo.

Ngamava angaphezu kweshumi leminyaka ekugcinweni kwamandla kunye nokutshaja i-EV, i-MIDA ibonelela ngokwenziwa ngokwezifiso kwe-OEM/ODM, inkxaso yokugunyazisa, kunye nenkonzo yobugcisa yexesha elide ngamaqela eengingqi kwihlabathi liphela.

Izisombululo zokutshaja ze-MIDA ezinxulumene noko

Jonga izixhobo zokutshaja ezinamandla aphezulu ezinxulumene nazo ezivela kwi-MIDA:Inkqubo yokugcina amandla yelanga yeBESS esebenzisa amandla elanga eyi-200kWh 522kWh, Inkqubo yokugcina amandla ye-BESS yezeMveliso 261kWh 522kWh ye, Isitishi sokugcina iibhetri seBESS esikrelekrele esingu-261kWh 522kWh esidibeneyo, Isikhululo seBESS esiPhambili kwi-All In One 261kWh 522kWh.

Imibuzo Ebuzwa Rhoqo (Imibuzo Ebuzwa Rhoqo)

Yintoni isikhululo sokutshaja se-DC esidityaniswe ne-BESS?

Isikhululo sokutshaja se-DC esidityanisiweyo se-BESS (iBattery Energy Storage System) sidibanisa itshaja ekhawulezayo kunye nendawo yokugcina ibhetri ye-lithium ekwibhodi. Ibhetri igcina amandla avela kwigridi okanye kwilanga, ukuze isikhululo sikwazi ukuhambisa amandla aphezulu okutshaja nokuba uqhagamshelo lwegridi lulinganiselwe.

Ukucheba kunciphisa njani iindleko zokutshaja?

I-BESS itshaja ibhetri yayo yangaphakathi ngexesha elingekho ngxamiseko, elixabiso liphantsi kwaye iyikhupha ngexesha lesidingo esiphezulu. Le ndlela yokucheba isantya esiphezulu inciphisa iindleko zesidingo esibizayo kwaye ivumela isikhululo ukuba sikhuphe amandla angaphezu kwalawo angavunyelwa luqhagamshelo lwegridi kuphela.

Ngaba isikhululo sokutshaja sokugcina izinto singasebenza kwilanga nangaphandle kwegridi?

Ewe. Iimodeli zeSolar-BESS kunye ne-microgrid zidibanisa igalelo le-photovoltaic kunye nendawo yokugcina ibhetri yokusebenza ngaphandle kwegridi okanye igridi enomda, zilungele iindawo zokugcina ezikude, iindawo zokuhambisa izithuthi kunye neendawo ezilindele ukuphuculwa kwegridi.

Ingakanani indawo yokugcina kwaye icwangciswe njani?

Umthamo wokugcina ulungelelaniswe ngokweemodyuli kwaye ulungiselelwe iprofayili yomthwalo wesiza (umzekelo i-215kWh nangaphezulu). I-MIDA ilinganisa ibhetri, i-PCS kunye namandla etshaja kunye ukuze inkqubo ihambelane namandla emihla ngemihla kunye neethagethi zamandla aphezulu.

Zeziphi iindlela zokulawula ezixhaswa yitshaja yeBESS?

Itshaja yeBESS DC ixhasa i-OCPP 2.0.1 yokulawula ukutshaja kunye nenkqubo yokulawula amandla okugcina, ukulungelelanisa amandla elanga kunye negridi, impendulo yemfuno kunye nokujonga kude.

Yeyiphi iwaranti kunye nenkxaso eza nenkqubo yeBESS?

I-MIDA inika iwaranti epheleleyo kwinkqubo yokutshaja kunye nendawo yokugcina izinto, iindawo ezingasetyenziswayo zehlabathi, ukuxilongwa okukude kunye nenkxaso yobugcisa yomjikelo wobomi, ikhusela utyalo-mali kulo lonke ixesha lokufakwa kwayo.

Uphendlo oluhambelanayo: Inkqubo yokugcina amandla elanga yorhwebo enetshaja ye-EV, isikhululo sokutshaja ngokukhawuleza se-DC, izixhobo zokutshaja ze-EV, umenzi we-OCPP EVSE.