Ukuhlola i-DC esebenzayo ye-DC Charting Peechnology: Ukudala izitishi zokuhlawula

Umahluko phakathi kokutshaja kwe-AC kunye ne-DC, ukuba i-ACS etshatileyo (icala lasekhohlo lomzobo 2), iplagi ye-OBC kwi-ONC kwi-ACC esemgangathweni ye-DC ye-DC efanelekileyo ukubiza ibhetri efanelekileyo. Kwi-DC sharing (icala lasekunene lomzobo 2), iposti yokutshaja ihlawuliswa ibhetri ngokuthe ngqo.

I-2. I-DC shatsing senkqubo ye-pile

(1) Gqibezela izinto zomatshini

(2) izinto zenkqubo

(3) Umzobo webhloko

(4) Ukutshaja kwePile yePile

Inqanaba lesi-3 (L3) I-DC ekhawulezayo itshatileyo idlula i-Bibger Charger (i-OBC) yemoto yombane ngokubiza ibhetri ngqo kwinkqubo yolawulo lwebhetri ye-Ev (BMS). Eli phepha likhokelela kwinyuko ebalulekileyo kwisikhabi, kunye netshathi yokukhupha amandla asusela kwi-50 kw ukuya kwi-350 kw. Imveliso yemveliso idla ngokuhluka phakathi kwe-400v kunye ne-800v, ​​kunye ne-IVer evs kwi-800V ibhetri. Ukususela kwi-L3 DC ekhawulezayo ekhawulezayo iguqula i-Teage ye-Tep kwi-DC, isebenzisa i-Ac-DC yeNkqubo yeNkqubo ye-AC-DC, equka i-DC ye-DC ye-DC. Iziphumo ze-PFC zidityaniswe kwibhetri yemoto. Ukufezekisa iziphumo eziphezulu zamandla, iimodyuli ezininzi zombane zihlala zixhunyiwe kwi-parallel. Esona sibonelelo siphambili se-L3 DC ngokukhawuleza

I-charting prere ngumguquli osisiseko we-AC-DC. Inamanqanaba e-PFC, i-DC Bus kunye ne-DC-DC Modyuli

I-PFC yenqanaba le-PFC

Imodyuli ye-DC-DC yemodyuli ye-DC

I-3. Ukubhiyozela i-Pile Schememe

(1) Inkqubo yokuGcina yokuGcina

Njengoko amandla okutshaja kwezithuthi zombane ayanda, amandla okusasaza amandla kwizikhululo zokuhlawula zihlala zizabalazela ukufezekisa ibango. Ukujongana nale ngxaki, inkqubo yokugcina inkcitho egciniweyo isebenzisa ibhasi ye-DC ivele. Le nkqubo isebenzisa iibhetri ze-lithium njengeyunithi yokugcina amandla kwaye isebenzisa i-EMS yengingqi neyokude (inkqubo yolawulo lwamandla) ukulungelelanisa nokwenza umbane phakathi kwegridi, iibhetri zolondolozo, kunye nezithuthi zombane. Ukongeza, le nkqubo inokuhlanganisa ngokulula nge-Photovoltaic (PV), ibonelela ngeenzuzo ezibalulekileyo kwixabiso le-Peak kunye neTeksi yombane oPhicothi kunye ne-GREDID SURTALINE, ngaloo ndlela ukuphucula ukusebenza kwamandla.

(2) I-V2G Systems

Itekhnoloji ye-Grid-to-Grid (V2G) isebenzisa iibhetri zokugcina amandla, ukuxhasa igridi yamandla ngokuvumela intsebenzo phakathi kwezithuthi kunye negridi. Oku kunciphisa uxinzelelo olubangelwa kukudibanisa imithombo yamandla ehlaziyiweyo kunye ne-EV ebanzi i-eve, ekugqibeleni ukwandisa uzinzo lwegridi. Ukongeza, kwiindawo ezinjengeendawo zokuhlala kunye neemoto zombane ezininzi zingasebenzisa ithuba lexabiso le-piak kunye ne-off-peak, iphendule kwimfuno ye-ridi, iphendule kwi-EMS e-ERMS (inkqubo yolawulo lwamandla). Amakhaya, itekhnoloji yekhaya yasekhaya (V2H) inokuguqula iibhetri kwi-Eva kwisisombululo sokugcina amandla ekhaya.

(3))

Inkqubo yokulawula eshareyayo isebenzisa ikakhulu izitishi eziphakamileyo zokutshaja, ilungele iimfuno zokuhlawula eziguqulwayo njengeendlela zothutho lukawonke-wonke, iiteksi kunye nee-fleets zempahla. Iishedyuli zokubiza zinokubekwa ngokwezifiso ezisekwe kwiintlobo zezithuthi, ngokubiza ukuba zenzeka ngexesha le-Off-Peak-Peak Reap kwiindleko eziphantsi. Ukongeza, inkqubo yokrelekrelekrelekrelekrele inokuphunyezwa kulawulo lweenqwelo moya.

Imo yophuhliso lokuPhuhlisa

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Izikhululo ezisasaziweyo ezisasaziweyo ziya kusebenza njengongezwa okuxabisekileyo kwinethiwekhi ephuculweyo. Ngokungafaniyo nezikhululo eziphakathi apho abasebenzisi befuna itshaja, ezi zikhululo ziya kudibanisa kwiindawo abantu sele ezityelele. Abasebenzisi banokubiza izithuthi zabo ngexesha lokuhlala Amandla okutshaja kwezi zikhululo, aqhelekileyo asusela kwi-20 ukuya kwi-30 kW, anele ukuba abakhweli, babonelela ngenqanaba elifanelekileyo lamandla okufezekisa iimfuno ezisisiseko.

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Ngotshintsho kwizithuthi zombane eziphezulu ze-voltage, kukho imfuneko yokunyanzelwa eyandisa i-voltage eninzi yokutshaja ye-piles ukuya kwi-1000v ukulungiselela ukusetyenziswa kweemodeli zevolumu eziphezulu. Le ntshukumo ixhasa ukuphuculwa kwezibonelelo ezifanelekileyo kwizikhululo zokuhlawula. I-1000V yemigangatho ye-Voottage ifumene ukwamkelwa ngokubanzi kwicandelo lemodyuli yokutshaja, kwaye abavelisi abaphambili bayazisa ngokuthe ngcembe iimodyuli ze-1000 Vightage yeemodyuli zokubhiyozela ukuhlawula le mfuno.

Unxibelelwano luzinikezelwe ekuboneleleni nge-R & D kubandakanya isoftware, izixhobo zekhompyutha kunye nembonakalo yemoto yombane yemoto ye-AC / DC yombane ngaphezulu kweminyaka eyi-8. Sifumene i-ETL / FCC / FCC / CDC / IKCA / I-CB / TB25 / RCM / i-RCM. Sebenzisa isoftware ye-OCPP1.6, sigqibe uvavanyo kunye nabanikezeli beqonga lePlatm ye-OCPP. Siphucule i-OCPP1.6J ukuya kwi-OCP2.0.1, kwaye i-I-I-I-IGSE ixhotywe ngemodyuli ye-IEC / ISO1118 ekufumaneni i-V2G Bing.

Kwixesha elizayo, iimveliso zetekhnoloji ephezulu njengee-piles zombane zemoto, i-Solar Photoltaic, kunye neenkqubo zokugcina i-Lithium zebhetri (i-lithium) ziya kuphuhliswa ukubonelela ngenqanaba eliphezulu lezisombuso kwihlabathi liphela.