Isitishi sokutshaja esikhawulezayo se-DC esingu-120kW 240kW 300KW CCS2 GBT esine-Dynamic Load Balancing

Isitishi sokutshaja esikhawulezayo se-DC esingu-120kW 240kW 300KW CCS2 GBT esine-Dynamic Load Balancing

Isihloko: Ukusasazwa kwamandla okukrelekrele kwixesha elifunekayo kakhulu: I-MIDA iqalise uthotho lwe-120kW-240kW CCS2 GBT olune-Advanced Dynamic Load Balancing

Kwihlabathi elitshintsha ngokukhawuleza leziseko zophuhliso zezithuthi zombane (EV), umngeni awusekho nje ngokubonelela ngamandla aluhlaza; ungowokulawula loo mandla ngokuchanekileyo kotyando. Njengoko amandla ebhetri esanda kwaye isantya sokutshaja siba yinto ebalulekileyo yokhuphiswano kwiindawo zorhwebo, ukukwazi ukusasaza amandla ngokufanelekileyo kwizithuthi ezininzi kuye kwaba luphawu lwenkqubo yokutshaja ephezulu. I-MIDA Power, inkokeli yehlabathi kwizixhobo ze-elektroniki zamandla ezisebenza kakuhle, iyazingca ngokwazisa uthotho lwe-120kW 240kW 300KW GBT DC Fast Charging Series. Ibandakanya ubuchwepheshe bethu be-Dynamic Load Balancing (DLB), ezi zikhululo zenzelwe ukwandisa ukusetyenziswa kweeasethi ngelixa zinciphisa uxinzelelo kwigridi yasekuhlaleni. Nokuba yindawo yokuphumla exakekileyo yendlela, indawo yokugcina iibhasi zikamasipala, okanye indawo yokutshaja yezorhwebo, uthotho lwe-MIDA GBT lubonelela ngobukrelekrele, ukuthembeka, kunye nesantya esifunekayo ukunika amandla ikamva lezothutho.

Umxholo weMarike kunye noMgaqo-nkqubo: Utshintsho oluya ekuTshajweni okuLawulwayo kunye nokuzinza kweGridi

Imarike ye-EV yehlabathi ibona utshintsho oluvela ekutshajeni "kokufika kuqala, okunikezelwa kuqala" ukuya kwiinkqubo zendalo "zamandla alawulwayo". E-China, eyona marike inkulu ye-EV kwihlabathi, umgangatho we-GBT wenze ukuba kubekho iziseko ezimanyeneyo, kodwa inani elikhulu lezithuthi libeka uxinzelelo olungazange lubonwe ngaphambili kwigridi yombane. Abenzi bemigaqo-nkqubo baya ngokuya beyalela amandla "okutshaja ngobuchule" njengemfuneko yenkxaso-mali yeziseko ezingundoqo. Injongo kukuphepha ukunyuka kwexabiso eliphakamileyo leemfuno ezinokuphazamisa uthungelwano losasazo lwasekuhlaleni.

Uthotho lwe-MIDA lwe-120kW/240kW luphendula ngokuthe ngqo kwezi mfuno zemarike. Ngokudibanisa i-Dynamic Load Balancing, sivumela abaqhubi besiza ukuba banikezele ngokutshaja ngamandla aphezulu nakwiindawo apho umthamo wegridi ulinganiselwe. Oku kubaluleke ngakumbi phantsi kweendlela ezikhoyo zehlabathi zokususa i-carbonization, ezifana nemiyalelo ye-EU ye-AFIR kunye neenjongo ze-dual carbon zaseTshayina, zombini ezigxininisa kungekuphela nje ubungakanani beendawo zokutshaja kodwa umgangatho kunye nokusebenza kakuhle kokuhanjiswa kwamandla. Izitishi zethu zisebenza njenge-buffer ekrelekrele phakathi kwegridi kunye nesithuthi, ziqinisekisa ukuba i-kilowatt-hour nganye ihanjiswa ngokukhuselekileyo nangokunoqoqosho.

Ukuntywila okunzulu kwemveliso: Iindlela zamandla nobukrelekrele

Uthotho lwe-MIDA 120kW 240kW 300KW GBT lubonisa inyathelo elibalulekileyo phambili kubuninzi bamandla kunye nokuhlanganiswa kwesoftware.

Uyilo lweModular oluSebenza kakuhle kakhulu

Embindini weyunithi engama-240kW kukho iimodyuli zamandla ezisibhozo ze-30kW zethu eziphambili ezisebenzayo (okanye iimodyuli ezintandathu ezingama-40kW). Ezi modyuli zisebenzisa isizukulwana samva nje se-SiC (Silicon Carbide) semiconductors, zifikelela ekusebenzeni kakuhle okungaphezulu kwama-95.5%. Oku kusebenza kakuhle akupheleli nje ekongeni amandla; kumalunga nolawulo lobushushu. Amandla angachithwanga kangako athetha ubushushu obuncinci, okuvumela ikhabhinethi encinci ngakumbi kunye nobomi obude bezinto zangaphakathi. Uyilo lwemodyuli lukwaqinisekisa "Ukufumaneka Okuphezulu" - ukuba imodyuli enye ifuna ukulungiswa, isikhululo siyaqhubeka nokusebenza ngomthamo ophantsi, siqinisekisa ukuba akukho mqhubi ushiywa engenanto.

Ukulinganisela Umthwalo Oguquguqukayo (i-DLB): Ubuchopho Benkqubo

Eyona nto ibalaseleyo kolu luhlu kukuba iyakwazi ukulinganisela umthwalo ngendlela eyiDynamic. Xa izithuthi ezimbini zifakwe kwisikhululo se-240kW, isoftware yethu ayiwahluli nje amandla nge-50/50. Endaweni yoko, inxibelelana neNkqubo yoLawulo lweeBhetri (i-BMS) yesithuthi ngasinye ukuze ibone iimfuno zazo ngexesha langempela.

• Imeko A:Isithuthi esinye sikwi-10% SoC (State of Charge) kwaye singamkela i-180kW, ngelixa esinye sikwi-80% kwaye singathwala i-60kW kuphela. Isitishi se-MIDA siya kuwabela ngokuzenzekelayo amandla kanye njengoko kufuneka.
• Imeko B:Njengoko isantya sokutshaja sesithuthi sokuqala sincipha ngokwendalo, isikhululo sitshintsha amandla "ongezelelweyo" siye kwisithuthi sesibini, siqinisekisa ukuba amandla ewonke angama-240kW ahlala esetyenziswa kangangoko anako.

Oku kubangela ukuba ixesha lokutshaja eliphakathi lesiza libe li-20-30% ngokukhawuleza xa kuthelekiswa nezikhululo ezingenasabelo esiguquguqukayo.

Uluhlu lweVoltage kunye neTekhnoloji yoQhagamshelo

Zixhasa uluhlu lwe-voltage yokuphuma ukusuka kwi-200V ukuya kwi-1000V, ezi zikhululo zilungele zombini izithuthi zangoku ze-400V kunye ne-wave ezayo yeelori ezinzima ze-800V-1000V kunye neemoto ezisebenzayo kakhulu. Izihlanganisi ze-GBT ziyilwe ngendlela efanelekileyo kwaye zisebenzisa izihlanganisi zesilivere ezicocekileyo kakhulu ukuqinisekisa ukumelana okuncinci kokunxibelelana kunye nokuqina okuphezulu. Iyunithi ye-240kW inokulungiswa ngeeplagi ezimbini ze-GBT, okuvumela ukutshaja ngokukhawuleza ngaxeshanye kwezithuthi ezimbini ezinkulu zebhetri.

Ukulungiswa kweRuggedization kunye ne-HMI

Ezi zikhululo zigcinwe kwikhabhathi yentsimbi eqinisiweyo enexabiso le-IP55 kunye ne-powder coating yangaphandle eqinileyo. I-interface yomsebenzisi inesikrini sokuchukumisa esikhanyayo esiyi-15.6-intshi esibonelela ngolwazi oluneenkcukacha malunga neseshoni yokutshaja, kubandakanya iindleko, ii-curve zokuhambisa umbane, kunye nexesha eliqikelelweyo lokugqitywa. Iinkqubo zokuhlawula ezidibeneyo zixhasa i-RFID, i-NFC, kunye nee-apps zeselula ngoqhagamshelo lwe-4G/5G.

Imigangatho kunye neziqinisekiso: Ukunyaniseka kwi-GBT Ecosystem

I-MIDA Power izimisele kumanqanaba aphezulu okhuseleko kunye nokusebenzisana. Uthotho lwethu lwe-120kW/240kW GBT luhambelana ngokupheleleyo nezi zinto zilandelayo:

• GB/T 18487.1-2015:Iimfuno eziqhelekileyo zeenkqubo zokutshaja ze-EV.
• GB/T 20234.3-2015:Iimfuno ezithile ze-DC charging interface.
• GB/T 27930-2015:Iiprotokholi zonxibelelwano phakathi kwetshaja kunye nesithuthi.
• Ukuqinisekisa umgangatho:Iyunithi nganye inesiqinisekiso se-CQC kwaye ivavanywa rhoqo iiyure ezingama-48 xa igcwele ngaphambi kokuba ithunyelwe. Sikwaqhuba uvavanyo oluqinileyo lokumelana nobushushu kunye novavanyo lwamandla e-dielectric ukuqinisekisa ukhuseleko lomsebenzisi kuzo zonke iimeko zemozulu.

Iimeko zeSicelo kunye noSetyenziso oluCwangcisiweyo

Ukuguquguquka kweeyunithi ze-120kW kunye ne-240kW kuzenza zibe lolona khetho luphambili kumashishini aphambili aliqela:

1. Iindawo Zikawonke-wonke Zokutshaja Okukhawulezileyo:Ifanelekile kakhulu "kwiziqithi zokutshaja" zasezidolophini apho ukujika okuphezulu kubalulekile ukuze kuzuze. Iyunithi ye-240kW inokutshaja i-EV eqhelekileyo yomkhweli ukusuka kwi-10% ukuya kwi-80% ngaphantsi kwemizuzu engama-20.
2. Iindawo zokuThutha iiBhasi zoMbane zikaMasipala:Iibhetri zebhasi zinkulu kwaye zifuna ukuhanjiswa kwamandla aphezulu rhoqo. Isitishi se-MIDA 240kW sinokutshaja ibhasi enkulu yesixeko ngexesha lekhefu lesidlo sasemini somqhubi, nto leyo eyandisa umgama wemihla ngemihla wenethiwekhi yezothutho.
3. Iindlela zoThutho kunye neeNdlela zokuThutha:Kwiilori zombane ezinzima ezithutha impahla phakathi kwezixeko, isikhululo se-240kW sibonelela ngokongeza "okukhawulezayo kakhulu" okufunekayo ukuze kuhlale kucwangcisiwe.
4. Indawo yokusebenzela kunye nendawo yokuhlala ephezulu:Iipaki ezinkulu zeeofisi kunye neendawo zokuhlala ezikumgangatho ophezulu zinokusebenzisa iyunithi ye-120kW ukubonelela ngenkonzo eyongeziweyo kubasebenzi kunye nabahlali abaxabisa ixesha labo.

Isifundo seTyala: Ukuphucula Indawo yeNkonzo yeNdlela ePhambili eMpuma China

Ekuqaleni kowama-2025, umqhubi omkhulu wendlela enkulu kwiphondo laseZhejiang waphucula iitshaja zakhe ezindala ezingama-60kW ukuya kwizikhululo ze-MIDA ezingama-240kW GBT ngeDynamic Load Balancing. Umngeni yayikukunxibelelana kwegridi okwakulinganiselwe kwi-500kW kuyo yonke indawo, eyayifanele ixhase iindawo zokutshaja ezine kunye nezibane zesikhululo senkonzo kunye ne-air conditioner.

Isisombululo se-MIDA sasiquka iiyunithi ezine ezingama-240kW ezidityaniswe nenkqubo yolawulo lwamandla kwindawo enye.

• Isiphumo:Nangona iimoto ezisibhozo zazifakwe ngaxeshanye, isoftware yeDynamic Load Balancing yaqinisekisa ukuba akukho sithuthi sishiywe singenambane, ngelixa inani elipheleleyo leemoto ezisetyenzisiweyo lingazange lidlule umda we-500kW.
• Impendulo Yomsebenzisi:Ixesha eliqhelekileyo lokuhlala kwisikhululo lehle ngemizuzu eli-15, nto leyo ekhokelele ekonyukeni ngama-25% kwintengiso yekofu kunye nezidlo ezikhawulezayo kwivenkile ekufutshane, njengoko abaqhubi babevuya kwaye indawo yayinokusingatha izithuthi ezininzi ngeyure.

Ingxelo yeengcali: Ifilosofi yamandla aguqukayo

“Ngaphambili, ukutshaja kwakuyinkqubo ‘engacacanga’—uxhuma, kwaye ufumana okuseleyo,” utshilo uGqr. Zhao, iNtloko yeeNkqubo zoMbane kwi-MIDA Power. “Ngoluhlu lwe-120kW/240kW, senze ukutshaja kube ‘krelekrele.’ I-Dynamic Load Balancing yingqondo eyenza ukutshaja kwamandla aphezulu kuqhubeke. Ngokujonga rhoqo nokwabela amandla kwakhona kwinqanaba le-millisecond, siqinisekisa ukuba isithuthi sifumana kanye oko sikufunayo kwaye umqhubi ufumana okuninzi kutyalo-mali lwakhe lweziseko zophuhliso. Oku akupheleli nje kwisantya; kumalunga notshintsho olukrelekrele oluya kwikamva lamandla asasazwayo.”

Imbono yeXesha elizayo kunye nokuKhula: Ukuya kwi-V2G kunye ne-AI-Drived Energy

Ikamva lothotho lwe-120kW/240kW lixhomekeke ekudibaneni okunzulu ngakumbi ne-ecosystem yamandla. I-MIDA okwangoku iqhuba uvavanyo lokulinganisela umthwalo oqikelelweyo oqhutywa yi-AI, esebenzisa idatha yembali kunye neepateni zemozulu ukuqikelela imfuno yokutshaja kunye nokulungisa ukutsalwa kwegridi ngaphambi kokuba kwenzeke. Ngaphezu koko, uyilo lwe-1000V lwezi zikhululo luzenza zibe ngumviwa ofanelekileyo wokuphuculwa kwe-V2G (iVehicle-to-Grid), okuvumela iinqwelo zee-EV ukuba zisebenze njengesityalo samandla esibonakalayo, sixhasa igridi ngexesha leengxamiseko.

Ubizo Lokwenza Okuthile: Fumana Amandla Obukrelekrele

Ingaba iziseko zakho zikulungele ixesha leemfuno eziphezulu? I-MIDA Power inikezela ngezisombululo zokutshaja ze-GBT DC eziphambili kakhulu kwimarike, zixhaswa yinkxaso yobugcisa yehlabathi kunye nokuzibophelela ekuveliseni izinto ezintsha.

Nxibelelana ne-MIDA Power namhlanje ukuze ucele iphepha ledatha lobuchwephesha, ikowuteshini, okanye uhlalutyo lwamandla lwesiza oluqondene nawe.

• I-imeyile: sales@midapower.com
• Inombolo yoNxibelelwano yoBugcisa:+86-xxx-xxxx-xxxx
• Iwebhusayithi:www.midapower.com
• Amandla e-MIDA — Sihlawulisa Ikamva, Ngobuchule.

Icandelo lesiBini: Izibalo zobuNgqondo — Ngaphakathi kwe-DLB Algorithm

Ukuze uyiqonde ngokwenene i-MIDA 120kW/240kW series, umntu kufuneka ayiqonde isoftware elawula ukuhamba kwee-electron. I-Dynamic Load Balancing (DLB) ayilogama nje lokuthengisa; yingxaki enzima yokwenza ngcono ngexesha langempela iinjineli zethu ezichithe iminyaka ziyiphucula.

I-BMS-Charger Impendulo yeLoop

Xa isithuthi siqhagamshela kwitshaja ye-MIDA GBT, inkqubo yokuxhawulana iqalisa ikhonkco lonxibelelwano olukhawulezayo ngebhasi ye-CAN (iController Area Network). I-BMS yesithuthi ithumela isignali ethi “Demand Current” kunye ne “Demand Voltage” rhoqo emva kwemizuzwana embalwa. Kwitshaja yesiqhelo, ukuba izithuthi ezimbini zixhunyiwe, itshaja yahlula nje amandla ayo apheleleyo ngababini.

I-algorithm ye-MIDA ye-DLB iyinkimbinkimbi kakhulu. Isebenza kwi-matrix "yokubaluleka kunye nomthamo". Inkqubo ihlala ijonga imeko yobushushu yemodyuli nganye yamandla, ukutsalwa kwamandla okupheleleyo kwigridi ye-AC, kunye nezicelo ezithile ezivela kwisithuthi ngasinye. Ukuba isithuthi A sinebhetri ebandayo kwaye singamkela kuphela i-40kW, ngelixa isithuthi B sinebhetri elungisiweyo esele ilungele i-200kW, inkqubo ye-MIDA iya kwabela amandla ngoko nangoko ngokufanelekileyo. Njengoko ibhetri yesithuthi B igcwalisa kwaye izinga layo lokwamkelwa liyehla, i-algorithm itshintshela iimodyuli zamandla ezikhululekileyo kwisithuthi A ngexesha langempela. Oku kulawulwa sisilawuli se-FPGA (Field-Programmable Gate Array) esikhawulezayo esinokubuyisela amandla phakathi kweebhasi zangaphakathi ngaphantsi kwe-50 milliseconds.

Ukutshaja Okuqaphela Igridi

Inkqubo ye-DLB ikwabizwa ngokuba yi-"Grid-Aware." Kwiindawo ezininzi zorhwebo, isikhululo sokutshaja sabelana nge-transformer neminye imithwalo—ii-elevator, iiyunithi zomoya opholileyo, okanye oomatshini bemizi-mveliso. Izikhululo ze-MIDA zinokuxhotyiswa ngee-CT (Current Transformer) zangaphandle ezijonga umthwalo wonke wesakhiwo. Ukuba ii-elevator zesakhiwo ziqala ngaxeshanye, itshaja ye-MIDA iya kuthoba okomzuzwana amandla ayo kwizithuthi ukuthintela i-circuit breaker ephambili ukuba ingakhubeki. Olu buchule be-"Zero-Injection" okanye "Load Shaving" buvumela abaqhubi ukuba bafake iitshaja ezinamandla aphezulu ngaphandle kokuhlawula umgca okhethekileyo wokusetyenziswa.

Icandelo lesi-3: Uyilo lwe-Hardware oluPhambili — Ukusuka kwi-SiC ukuya kwi-EMI Suppression

Ubukrelekrele besoftware buhambelana nokuqina kwehardware. Olu luhlu lwe-120kW/240kW lwakhiwe kusetyenziswa uyilo lwamandla lwesizukulwana sesihlanu se-MIDA.

I-Silicon Carbide (i-SiC) kunye nokukhangela ukusebenza kakuhle kwe-96%

Iimodyuli zamandla ezikumbindi wesikhululo zisebenzisa iiSilicon Carbide MOSFET. Ngokungafaniyo neetransistors zesilicon zemveli, iSiC inokusebenza kumaza okutshintsha aphezulu kakhulu kunye nokulahlekelwa kobushushu okuphantsi kakhulu. Oku kusenza sikwazi ukusebenzisa iitransformers ezincinci nezikhaphukhaphu kunye nee-inductors. Ukusebenza kakuhle kwemodyuli yeMIDA yi-95.8%, ephakathi kwezona ziphezulu kushishino. Kumqhubi wesiza, oku kusebenza kakuhle kuthetha ukuba imali encinci ichithwa njengobushushu kunye neendleko zokupholisa eziphantsi kwikhabhinethi.

Ubunjineli boBushushu kunye neNgqiqo "yeNdawo ecocekileyo"

Ii-elektroniki ezinamandla aphezulu zivelisa ubushushu, kwaye ukulawula olo bushushu kubalulekile ukuze kuthembeke ixesha elide. Iikhabhathi ze-MIDA zisebenzisa uyilo lobushushu lwe-"Dual-Zone". Ii-elektroniki zamandla ezinobuthathaka zifumaneka kwi-"Clean Zone" evaliweyo epholiswa yi-heat exchanger. Umoya wangaphandle—onokuba nothuli, ukufuma, okanye ityuwa—awukaze udibane ngqo neebhodi zesekethe. Oku kunciphisa kakhulu umngcipheko wokugqwala kunye neesekethe ezimfutshane, ingakumbi kwiindawo ezikunxweme okanye kwimizi-mveliso. Iifeni zokupholisa zitshintsha-tshintsha isantya, zilawulwa yi-PID loop enciphisa ingxolo kunye nokusetyenziswa kwamandla xa isikhululo singagcwali ngokupheleleyo.

Ukuhambelana kwe-Electromagnetic (EMC) kunye ne-EMI Filtering

Izitishi ezitshaja ngokukhawuleza ngokuyintloko zii-oscillators ezinkulu zerediyo. Ngaphandle kokukhusela nokuhluza ngokufanelekileyo, zinokuphazamisa yonke into ukusuka kwiinethiwekhi zeWi-Fi zasekuhlaleni ukuya kwiikhompyutha zangaphakathi zesithuthi. Iyunithi ye-MIDA engama-240kW inesihluzo se-EMI (Electromagnetic Interference) esinezigaba ezininzi kokubini kwi-input nakwi-output. Sisebenzisa ii-nanocrystalline cores ezifikelela ngokukhawuleza kunye neendlela ezikhethekileyo zokukhusela ukuqinisekisa ukuba izitishi zethu zihlangabezana nemigangatho engqongqo yeClass B EMC. Oku kwenza iitshaja ze-MIDA zikhuseleke ekufakweni kwiindawo zokuhlala nakwiindawo ezibuthathaka zesibhedlele.

Icandelo lesi-4: Ukhuseleko Kuqala — Icebo Lokukhusela Elinamanqanaba Amaninzi

Xa usebenza ngamandla angama-240,000 watts kunye ne-1000 volts, ukhuseleko alunanto yokuzikhethela. I-MIDA Power idibanise uluhlu olubanzi lweenkqubo zokhuseleko kwiyunithi nganye:

1. Ukubeka iliso kwi-Insulation (IMD):Isitishi sihlala sijonga ukumelana phakathi kwebhasi yeDC nomhlaba. Ukuba ubushushu buyaphuka—ngenxa yentambo eyonakeleyo okanye ukungena kwamanzi—isitishi siya kucima ngaphantsi kwe-20 milliseconds.
2. Isixhobo sangoku esisele (i-RCD):Sisebenzisa i-Type B RCD ekwaziyo ukubona zombini i-AC kunye ne-DC ukuvuza kwemisinga, ikhusela abasebenzisi kwi-electric shock.
3. Ukufunyanwa Kwempazamo Ye-Arc (AFCI):Isoftware yethu ihlalutya imo ye-current waveform ukuze ifumane uphawu "lwengxolo" oluphindaphindwayo lwe-electrical arc. Ukuba uqhagamshelo olukhululekileyo okanye iplagi eyonakeleyo iqala ukujika, isikhululo sinqumla umbane ngoko nangoko.
4. Ukuchonga Ukumiswa Kwemeko Engxamisekileyo Nokuchaphazeleka:Isitishi sineqhosha elibonakalayo lokumisa ngexesha likaxakeka kunye nesixhobo sokujika sangaphakathi esivala inkqubo ukuba ikhabhinethi itshayiswa yimoto.
5. Ukhuseleko olusebenzisa iVoltage egqithisileyo kunye noKhuseleko olusebenzisa iVoltage egqithisileyo:Iileya ezininzi zeefusi zehardware kunye nesoftware ziqinisekisa ukuba isikhululo kunye nesithuthi zikhuselekile kwi-grid surges okanye ukusilela kwamacandelo angaphakathi.

Inxalenye V: Ixabiso lilonke lobunini (i-TCO) kunye nobukrelekrele beShishini

Kumnini wesiza, isikhululo se-MIDA 240kW asikokubiza nje kuphela—siyimpahla ebalulekileyo. Sibonelela ngezixhobo zokulawula loo mpahla ukuze ufumane inzuzo ephezulu.

"I-Dynamic Premium" - Ukwandisa i-ROI

Ngenxa yokuba itekhnoloji ye-DLB ye-MIDA ivumela amaxesha okutshaja akhawulezileyo, indawo exhotyiswe ngeetshaja ze-MIDA inokusingatha izithuthi ezininzi ngosuku kunendawo enetshaja "ezingenangqondo". Oku kwandiswa komthamo kuthetha ngokuthe ngqo kwingeniso ephezulu. Ngaphezu koko, ukusebenza kakuhle okuphezulu kunye neemfuno zolondolozo eziphantsi zoluhlu lwe-MIDA kuqinisekisa ukuba iindleko zokusebenza (OpEx) zihlala ziphantsi.

Ulawulo oluqhutywa yiDatha

Yonke itshaja ye-MIDA iqhagamshelwe kwideshibhodi yethu ethi “Cloud Power”. Abaqhubi banokubona iipateni zokusetyenziswa ngexesha langempela, ukusetyenziswa kwamandla, kunye nedatha yengeniso. Le nkqubo ikwabonelela “ngeeNgcali zezeMpilo” kwitshaja nganye, okuvumela ukugcinwa kwangaphambili. Ukuba ifeni yokupholisa iqala ukucotha okanye iprofayili yobushushu bemodyuli yamandla iqala ukutshintsha, inkqubo yethu yelifu eqhutywa yi-AI iya kwazisa umqhubi ukuba acwangcise ingcali ngaphambi kokuba kwenzeke ukungaphumeleli.

Icandelo VI: Isiphelo — Umbono Wokuhamba Okungenamthungo

Utshintsho oluya ekuhambeni kombane lolunye lotshintsho olukhulu kwezobuchwepheshe kwixesha lethu. Lufuna okungaphezulu nje kweebhetri kunye neemoto; lufuna uhlobo olutsha lweziseko—ezo zikrelekrele, ezihlala ixesha elide, nezinamandla kakhulu. Uthotho lwe-MIDA 120kW kunye ne-240kW GBT lunegalelo lethu kuloo mbono.

Ngokudibanisa amandla aluhlaza omgangatho we-GBT kunye nobukrelekrele be-Dynamic Load Balancing kunye nokusebenza kakuhle kwe-SiC electronics, i-MIDA ibonelela ngesiseko senethiwekhi yokutshaja esebenza kakhulu kwihlabathi liphela. Siyakumema ukuba usebenzisane nathi njengoko siqhubela phambili kwikamva elicocekileyo, elikhawulezayo, nelizinzileyo.

Nxibelelana neqela lethu lobunjineli bokuthengisa namhlanje ukuze ufumane ikowuteshini eyenzelwe wena kunye nephakheji epheleleyo yamaxwebhu obuchwephesha. Masihlawule ikamva kunye.

• Uphando lweNtengiso: sales@midapower.com
• Uxhaso lobuchwepheshe: sales@midapower.com
• Iwebhu:www.midapower.com
• Amandla e-MIDA: Ubunjineli obuchanekileyo beXesha loMbane.

Inxalenye VII: Ukuveliswa kweNgeniso eCwangcisiweyo kunye noHlalutyo lwezoQoqosho lwee-CPO

Ukuthumela isikhululo se-240kW esine-Dynamic Load Balancing (DLB) asikokuphucula nje ubuchwephesha; lutshintsho olubalulekileyo kwimodeli yeshishini ye-Charge Point Operators (CPOs). Ukwabiwa kwamandla okukrelekrele kwe-MIDA kubonelela ngeendlela ezininzi zokunyusa inzuzo.

Isantya sokuphuma kunye nereyithi yokujika

I-metric ephambili yesikhululo sokutshaja esinengeniso yi-"Throughput"—inani lezithuthi ezitshajwayo ngosuku. Isikhululo esingenayo i-DLB sidla ngokuba "nomthamo oxineneyo"—apho izibuko elinye lihambisa i-50kW kwibhetri ephantse igcwale ngelixa elinye i-190kW yamandla anokubakho lingasebenzi. I-DLB ye-MIDA iqinisekisa ukuba onke ama-240kW ahlala esebenza. Ukuba esinye isithuthi sifuna i-40kW kuphela, esinye i-200kW sifumaneka ngoko nangoko kwisithuthi sesibini. Oku kunciphisa amaxesha okutshaja aqhelekileyo, kuvumela izithuthi ezingaphezulu ngeyure, kwaye kwandisa ingeniso iyonke ukuya kuthi ga kwi-30%.

Ukuncitshiswa kweendleko zokusebenza (OpEx)

Ukusebenza kakuhle kweemodyuli zamandla ze-MIDA SiC (95.5%+) kunciphisa ngokuthe ngqo iindleko zombane. Kunyaka oqhelekileyo, isikhululo se-240kW sinokusebenzisa ngaphezulu kwe-300,000 kWh. Ukuphuculwa kokusebenza kakuhle kwe-2-3% kuthetha ukuba kukho amawaka eedola ekongeni ngokuthe ngqo. Ngaphezu koko, izixhobo zethu zemodyuli kunye nokuxilongwa okukude kunciphisa ukuphindaphindeka kokutyelela okubizayo kwindawo yokugcina izinto.

Amaxabiso Amanqanaba kunye neenkonzo ezongeziweyo

Ngesoftware ephucukileyo ye-MIDA, ii-CPO zinokusebenzisa amaqhinga anzima okuxabisa:

• Ukutshaja okuPhambili:Abasebenzisi banokuhlawula iprimiyamu ukuze bafumane ulwabiwo olukhulu lwamandla.
• Ukutshaja i-Eco:Abasebenzisi abazimisele ukulinda ixesha elide banokufumana isaphulelo, nto leyo evumela ukuba isitishi sikwazi ukulinganisela umthwalo ngokufanelekileyo.
• Intengiso kunye noBudlelwane:Isikrini esikhanyayo sinika iqonga lentengiso yasekuhlaleni, siguqula yonke iseshoni yokutshaja ibe lithuba lokuthengisa.

Icandelo VIII: Iinkcukacha zoFakelo oluPhambili kunye noCwangciso lweNdawo

Kwi-120kW kunye ne-240kW, ukulungiswa kwendawo yinxalenye ebalulekileyo yobomi beprojekthi. I-MIDA ibonelela ngezikhokelo zobunjineli ezilandelayo ukuqinisekisa ukuthunyelwa ngempumelelo.

Uqhagamshelo lweGridi kunye neeTransformers

• Iyunithi ye-120kW:Ifuna ubuncinci i-transformer ezinikeleyo ye-160kVA.
• Iyunithi ye-240kW:Ifuna ubuncinci i-transformer ezinikeleyo ye-315kVA.
• I-Voltage:I-AC ye-380V / 400V, enezigaba ezi-3, i-50/60Hz.
• Ukungena kwiCable:Iikhabhathi zenzelwe ukubethelela iintambo zokungena ezantsi kunye neepleyiti ze-gland ezidityanisiweyo ukuqinisekisa ukuthembeka kwe-IP.

Iimfuneko zeNdawo kunye nokuPhepha koMoya

• Imvume:Kufuneka ubuncinane isithuba se-800mm kuzo zonke iicala ukuze kuvumeleke ukufikelela kulondolozo kunye nokuhamba komoya opholileyo okufanelekileyo.
• Ukhuseleko lweMpembelelo:Sicebisa isiseko sekhonkrithi esiphakanyisiweyo esiyi-150mm kunye neebhodi ezinzima ukukhusela ikhabhinethi kwiingozi zezithuthi ezikhawulezayo kwiindawo zokupaka.

Icandelo IX: Itheyibhile yeeNkcukacha zoBugcisa (ezandisiweyo)

Icandelo X: Ikamva lokulinganisela umthwalo oguquguqukayo — i-AI kunye ne-V2G

Njengoko sijonge phambili ku-2030, i-MIDA sele iphuhlisa isizukulwana esilandelayo sobuchwepheshe be-DLB.

• Uqikelelo oluqhutywa yi-AI:Isoftware yethu iza kusebenzisa ukufunda koomatshini ukuqikelela imfuno yokutshaja ngokusekelwe kwiipateni zendlela zembali kunye neziganeko zasekuhlaleni, okuvumela ii-CPO ukuba ziphucule ukusebenzisana kwazo ngegridi.
• Isithuthi-ukuya-kwiGridi (V2G):Olu luhlu lwe-120kW/240kW luyilelwe ukuba lulungele i-V2G. Kwixesha elizayo, isikhungo seetshaja ze-MIDA singasebenza njenge "Virtual Power Plant," sithengise amandla kwakhona kumbane ngexesha leemfuno eziphezulu.
• Ukuhlanganiswa kweLanga:Ukuhlanganiswa kwelanga okudityaniswe ngqo yi-DC kuya kuvumela iitshaja ze-MIDA ukuba zitsale umbane ngqo kwiiphaneli ze-PV, nto leyo eyandisa ukusebenza kakuhle kwaye inciphise umbane wekhabhoni kwitshaja nganye.

Icandelo XI: Isiphelo — Ubukrelekrele njengeGunya eliPhezulu

Kwixesha lombane, amandla odwa awanele. Abaphumeleleyo kwimarike yeziseko zophuhliso zokutshaja baya kuba ngabo balawula amandla abo ngobukrelekrele obukhulu kunye nokusebenza kakuhle. Uthotho lwe-MIDA 120kW kunye ne-240kW GBT lunegalelo lethu kweli kamva likrelekrele.

Ngokudibanisa umgangatho we-GBT oqinileyo kunye netekhnoloji yethu ye-Dynamic Load Balancing kunye ne-Silicon Carbide electronics, senze imveliso engeyonto nje yokutshaja—yimpahla ebalulekileyo kuqoqosho lwamandla lwanamhlanje.

Siyakumema ukuba uzibonele umahluko we-MIDA. Sisonke, singakha ikamva elikhawulezayo, elikrelekrele, nelicocekileyo kuwo wonke umntu.

Nxibelelana neqela lethu lobunjineli bokuthengisa namhlanje ukuze ufumane ikowuteshini eyenzelwe wena kunye nephakheji epheleleyo yamaxwebhu obuchwephesha.

• I-imeyile: sales@midapower.com
• Uxhaso lobuchwepheshe: sales@midapower.com
• Iwebhu:www.midapower.com
• Amandla e-MIDA: Ukunika amandla ngomso, namhlanje.

Icandelo XII: Iphepha Elimhlophe — Ukulinganisela Umthwalo Oguquguqukayo Kwiimeko Ezinabantu Abaningana Abaqeshisa Iimpahla Nezentengiso

Olu luhlu lwe-120kW kunye ne-240kW ludla ngokusetyenziswa kwiindawo apho amandla esetyenziswa khona. Eli phepha lichaza indlela i-MIDA's Dynamic Load Balancing (DLB) elawula ngayo olu bunzima kwiindawo zorhwebo ezinabantu abaninzi abaqeshisayo.

Umngeni weZiseko eziHlanganisiweyo

Kwivenkile enkulu okanye kwindawo yeofisi eqhelekileyo, inkqubo yombane yenzelwe umthwalo othile ophezulu. Ukongeza ukutshaja kwe-EV enamandla aphezulu kunokuyityhala indawo ngokulula ngaphezu komda wayo, nto leyo ekhokelela kwiingxaki zokukhubeka okanye kwizohlwayo ezibizayo. Isisombululo se-MIDA sisakhiwo se-DLB esinezigaba ezintathu:

1. Inqanaba 1: Ukulinganisela I-Intra-Charger:Ukulawula amandla phakathi kwezibuko ezimbini zeyunithi enye engama-240kW.
2. Inqanaba lesi-2: Ukulinganisela amaqela:Ukulawula iqela leetshaja ezifikelela kuma-50 kwicandelo elinye lombane.
3. Inqanaba lesi-3: Ukulinganisela indawo:Ukudibanisa nemitha ephambili yesakhiwo ukuqinisekisa ukuba umthwalo wonke wesiza—kuquka iilifti, i-HVAC, kunye nezibane—akudluli umda obekiweyo.

Impembelelo yoQoqosho yokuTshaja okuLawulwayo

Ngokusebenzisa i-DLB ye-MIDA, abanini besiza banokuphepha iindleko ezinkulu zemali zokuphucula i-transformer. Sibone iimeko apho isoftware yethu isindise umnini wepropathi ngaphezulu kwe-$100,000 kwiindleko zeziseko zophuhliso kwangaphambili ngelixa ikwabonelela ngamava okutshaja aphezulu kubaqeshi babo kunye nabathengi.

Inxalenye XIII: Imibuzo Ebuzwa Rhoqo (Imibuzo Ebuzwa Rhoqo) — 120kW/240kW DLB Series

Q: Ngaba iyunithi ye-240kW ingatshaja iimoto ezimbini ngesantya esiphezulu?A: Iyunithi engama-240kW inokutshaja izithuthi ezibini kwi-120kW nganye ngaxeshanye, okanye isithuthi esinye kwi-240kW epheleleyo ukuba elinye izibuko alisetyenziswa okanye imfuno yesinye isithuthi iphantsi.

Q: Ingaba isoftware ye-DLB yakhelwe ngaphakathi okanye ubhaliso olwahlukileyo?A: Umsebenzi oyintloko we-DLB wakhelwe kuzo zonke izitishi ze-MIDA. Ulawulo oluphambili lweqela elisekwe kwilifu lufumaneka ngobhaliso lwethu lwe-MIDA Cloud CPMS.

Q: Ingaba isikhululo sisebenza phantsi kwemvula okanye ikhephu?A: Ewe. Ikhabhathi ye-MIDA 240kW ine-IP55 kwaye yenzelwe ukusebenza ngaphandle iiyure ezingama-24/7 kuzo zonke iimeko zemozulu.

Q: Lingakanani ixesha eliqhelekileyo lokutshaja kwi-EV eqhelekileyo?A: Iyunithi engama-240kW inokutshaja ibhetri eqhelekileyo engama-60kWh ukusuka kwi-10% ukuya kwi-80% malunga nemizuzu eli-15-20, kuxhomekeke kwikhemikhali yebhetri yesithuthi kunye nobushushu bayo.

Q: Ndingayilungisa njani i-HMI screen ngebhrendi yam?A: Ewe, isikrini se-HMI esiyi-15.6-intshi sinokuguqulwa ngokupheleleyo. Ungongeza ilogo yakho, iividiyo zokukhuthaza, kwanolwazi oluyimfihlo lwabathengi bakho.

Icandelo XIV: Uluhlu lweeNkcukacha zoBugcisa — Ulawulo lwaMandla akrelekrele

• Ibhasi yeCAN (uThungelwano lweNdawo yoLawulo):Iprotokholi yonxibelelwano esetyenziswa phakathi kwesithuthi kunye netshaja ukutshintshiselana ngedatha yexesha langempela.
• I-DLB (Ukulinganisela Umthwalo Oguqukayo):Ukwabiwa kwamandla akhoyo ngobuchule ukuze kuphuculwe ukusebenza kakuhle kwaye kukhuselwe igridi.
• I-FPGA (i-Field-Programmable Gate Array):Isilawuli sehardware esinesantya esiphezulu esisetyenziswa kwizikhululo ze-MIDA ukulawula ukuhanjiswa kwamandla kwinqanaba le-millisecond.
• IMD (Isixhobo Sokujonga Ubushushu):Inkqubo yokhuseleko ehlala ijonga ukwahlulwa kombane kwebhasi yeDC.
• I-LLC Resonant Topology:Uyilo lokuguqula amandla olusebenza kakuhle kakhulu olunciphisa ilahleko zokutshintsha.
• i-mTLS (ii-TLS eziDibeneyo):Iprotokholi yonxibelelwano ekhuselekileyo apho isikhululo kunye neseva ziqinisekisa ubuwena bomnye nomnye.
• I-OCPP (iProtokholi yeNdawo yokuTshaja eVulekileyo):Umgangatho weshishini wonxibelelwano phakathi kweetshaja kunye nesoftware yolawulo.

Icandelo XV: Ulondolozo, Inkonzo, kunye neNkxaso yoMjikelo woBomi

Olu luhlu lwe-MIDA 120kW/240kW luyilelwe ubomi bokusebenza beminyaka eli-15. Eli candelo lichaza iindlela zokulungisa ezifunekayo kwiindawo zorhwebo.

Isakhelo soLondolozo "seMisebenzi ebalulekileyo"

• Imihla ngemihla:Ukujonga imeko kude ngedeshibhodi ye-MIDA Cloud.
• Ngekota:Ukuhlolwa ngokubonakalayo kwezixhumi zokutshaja kunye neentambo zombane ukuze zisetyenziswe kakuhle.
• Kabini ngonyaka:Ukucocwa kwezihluzo zokungenisa umoya kunye nokuvavanywa kokusebenza kwesikrini sokuchukumisa se-HMI.
• Ngonyaka:Uhlolo olupheleleyo lokhuseleko lombane, kuquka uvavanyo lwe-RCD kunye nokuqinisekiswa kokuchasana nokufakwa kwe-insulation yingcali eqinisekisiweyo.

Inethiwekhi yeNkxaso yeHlabathi ye-MIDA

Siyaqonda ukuba itshaja ephukileyo ilahlekelwa yingeniso. I-MIDA ibonelela ngenethiwekhi yenkxaso yehlabathi jikelele ebanzi kunye nee-spare parts hubs zengingqi kunye noncedo lobugcisa olusebenza iiyure ezingama-24 ngosuku, iintsuku ezisi-7 ngosuku. Uyilo lwethu lwezixhobo zemodyuli luvumela ukuba uninzi lolungiso lugqitywe ngaphantsi kwemizuzu engama-30, ukuqinisekisa ukuba ishishini lakho lisebenza ixesha elide.

Icandelo XVI: Isishwankathelo sokugqibela soBugcisa kunye nolwazi loQhagamshelwano

I-MIDA 120kW kunye ne-240kW GBT DC Fast Charging Series lukhetho oluqinisekileyo lolawulo lwamandla olukrelekrele. Sigxile ekusebenzeni kakuhle, ukuthembeka, kunye nokulinganisela umthwalo ngobuchule, sincedisa ekwakheni iziseko zekamva.

Ukuze ufumane ulwazi oluthe kratya, ukuze ucele iphepha ledatha lobuchwephesha, okanye ufumane ikowuteshini esemthethweni, nceda unxibelelane neqela lethu lentengiso lehlabathi.

• Ikomkhulu le-MIDA Power leHlabathi
• Uphando lweNtengiso: sales@midapower.com
• Uxhaso lobuchwepheshe: sales@midapower.com
• Iwebhu:www.midapower.com
• Amandla e-MIDA — Ubukrelekrele obuhambayo.

Icandelo XVII: Iphepha Elimhlophe "LobuNjineli Bendawo Egqwesileyo" — Ukufakelwa Nokhuseleko

Ukufakelwa kwesikhululo se-MIDA 240kW yiprojekthi yombane enamandla aphezulu efuna ubunjineli obuchanekileyo. Eli candelo libonelela ngeenkcukacha ezineenkcukacha zabasebenzi kunye nabaphuhlisi besiza.

Ubunjineli beSiseko kunye noBume beZakhiwo

Ikhabhathi ye-MIDA 240kW inobunzima obumalunga ne-650kg. Kufuneka isiseko sekhonkrithi esiqinisiweyo:

• Ubunzulu:Ubuncinane yi-300mm ngaphantsi komgca weqabaka ukuze uthintele ukushukuma.
• Ubukhulu:Isiseko seplanga esingu-1200mm x 1000mm, singaphezulu kwe-150mm ngaphezu komgangatho ojikelezileyo.
• Ukufakelwa:Sebenzisa iibholithi ezine ze-anchor ze-M16 ezixineneyo kakhulu ezinobunzulu obuncinci bokubethelela obuyi-120mm.

Inkonzo yoMbane kunye noYilo lweeCable

Isitishi sifuna i-AC feed ebalulekileyo.

1. Ubungakanani bomqhubi:Ukubaleka iimitha ezingama-50, sicebisa ii-conductor ze-aluminium ezingama-400mm² okanye ezingama-500mm² ukugcina umbane uhla ngaphantsi kwe-1.5% xa utsalwa ngokupheleleyo yi-400A.
2. Ukucoca iHarmonic:Nangona iyunithi ye-MIDA inePFC esebenzayo, sicebisa isihluzo se-harmonic esiphakathi kwi-switchboard ephambili kwiindawo ezineeyunithi ezingaphezu kwesihlanu ze-240kW.
3. Ukhuseleko lokuGutyungelwa:Ii-SPD zohlobo lwe-1+2 mazifakwe emnyango wenkonzo ukukhusela izixhobo ze-elektroniki ze-SiC ezibuthathaka zesikhululo kwi-lightning transients.

Icandelo XVIII: Imephu yeNdlela ye-MIDA 2030 — Ikamva lokuTshaja kwezeNtengiso

I-MIDA sele iphuhlisa ishumi leminyaka elizayo lobuchwepheshe bokutshaja kwezorhwebo.

Ulungelelwaniso lwaMandla oluqhutywa yi-AI

Isoftware yethu yesizukulwana esilandelayo ayizukulinganisela umthwalo kuphela; iya kwenza njalohlela ngobuchuleNgokuhlalutya iipateni zemozulu, amaxabiso egridi, kunye nedatha yokufika kwabathengi, inkqubo iya kugqiba ngokwayo ukuba ihlawulise nini, ikhuphe nini (V2G), kunye nendlela yokwandisa inzuzo yesiza.

Udluliselo lwamandla aphezulu olungenantambo

Okwangoku sizama ukutshaja ngaphandle kwentambo kwiveni ezithutha abantu kunye neemoto zabakhweli ezikumgangatho ophezulu. Khawuthelekelele ikamva apho umqhubi epaka nje kwindawo enezixhobo ze-MIDA kwaye ukuhanjiswa kwe-120kW kuqala ngokuzenzekelayo—akukho zintambo, akukho ziplagi, akukho ngxaki.

IiMicrogrids eziQokelelweyo zeDC ngqo

Kwixesha elizayo, ii-MIDA hubs ziya kusebenza "njengengqondo" ye-microgrid ekwindawo ethile, zidibanisa i-solar PV, indawo yokugcina ibhetri, kunye nokutshaja kwe-EV kwibhasi enye ye-DC ene-voltage ephezulu. Oku kususa amanqanaba amaninzi okuguqulwa kwe-AC/DC, kwandisa ukusebenza kakuhle kwenkqubo ukuya kuthi ga kwi-8%.

Icandelo XIX: Isishwankathelo sokugqibela kunye nesimemo sokwenza okuthile

Uthotho lwe-MIDA 120kW kunye ne-240kW GBT lumele incopho yokunikezelwa kwamandla ngobuchule. Ngokudibanisa ubunjineli obuqinileyo, isoftware yanamhlanje, kunye nokuzibophelela okunzulu kumgangatho, sinikezela ngeziseko eziza kuqhuba utshintsho lombane lwehlabathi.

Joyina amawaka abanini bepropathi kunye nabaqhubi abakhethe i-MIDA njengeqabane labo lokutshaja. Sinikezela ngobuchwepheshe kunye nobuchule bokukunceda uphumelele kuqoqosho olutsha lwamandla.

Nxibelelana ne-MIDA Power namhlanje ukuze ufumane iphakheji epheleleyo yobugcisa kunye nodliwanondlebe olukhethekileyo malunga neprojekthi yakho yokutshaja kwezorhwebo.

• Amandla e-MIDA: Ubukrelekrele. Amandla. Inkqubela phambili.
• Ikomkhulu:Ipaki yeMizi-mveliso yamandla e-MIDA, eTshayina.
• Uphando lweNtengiso: sales@midapower.com
• Uxhaso lobuchwepheshe: sales@midapower.com
• Iwebhu:www.midapower.com

Isihlomelo A: Ulawulo oluPhambili lobushushu kunye noyilo lokupholisa oluhlanganisiweyo

Kwiiklasi zamandla ze-120kW kunye ne-240kW, ulawulo lobushushu yeyona nto ibalulekileyo emisela ukuthembeka kunye nobomi besikhululo sokutshaja. I-MIDA Power iqalise indlela yokupholisa edibanisa ukuhamba komoya okuphezulu kunye namaqhinga okusasaza ubushushu asekuhlaleni ukuqinisekisa ukusebenza rhoqo naphantsi kweemeko ezinzima kakhulu.

Uyilo lokuhamba komoya "olunegumbi eliphindwe kabini"

Izitishi ze-MIDA zisebenzisa uyilo lwangaphakathi olunegumbi elinamagumbi amabini. Iimodyuli zamandla aphezulu zigcinwe kwigumbi elizinikeleyo elinomzila womoya ozimeleyo, ohamba ngesantya esiphezulu. Le ndlela yenziwe ngcono kusetyenziswa i-Computational Fluid Dynamics (CFD) ukususa "iindawo ezifileyo" apho ubushushu bunokuqokelelana khona. Igumbi lesibini liqulathe ii-electronics zokulawula eziphantsi, i-HMI, kunye neemodyuli zonxibelelwano. Ngokwahlula ezi nxalenye, sikhusela iibhodi zolawulo ezibuthathaka kubushushu obuveliswa yinkqubo yokuguqula umbane, nto leyo enciphisa kakhulu izinga lokuwohloka kwenxalenye.

Ulawulo lwesantya seFan olukrelekrele kunye nokunciphisa ingxolo

Izitishi zethu zixhotyiswe ngeefeni ezilawulwa yi-industrial-grade, pulse-width modulation (PWM). Endaweni yokuba zisebenze ngesantya esipheleleyo rhoqo, ezi fan zilungisa i-RPM yazo ngokusekelwe kubushushu bexesha langempela lee-SiC MOSFET junctions. Oku akugcini nje ngokonga amandla kodwa kunciphisa kakhulu i-acoustic footprint yesitishi. Kwiindawo zokuhlala zasezidolophini, iitshaja ze-MIDA zinokusebenza ebusuku ngenqanaba lengxolo elingaphantsi kwe-50 dB(A) kwiimitha ezili-10 - ezolileyo ngokwaneleyo zokutshaja ebusuku kwiindawo zokuhlala nakwii-corridors zasezidolophini ezibuthathaka kwingxolo. Idityaniswe noyilo lwegumbi elinamagumbi amabini, le ndlela yobushushu ekrelekrele igcina amaqondo obushushu e-junction esezantsi, yandisa ubomi becandelo, kwaye igcina amandla apheleleyo nokuba kubushushu obuyi-55°C behlobo eliyintlango okanye umoya oxineneyo wezibuko elishushu.

Inkqubo yoQinisekiso lweThermal

Iimfuno zobushushu zilungile kuphela xa kuthelekiswa novavanyo olusemva kwazo. Ilebhu ye-MIDA iqinisekisa yonke idizayini yokupholisa ngezigaba ezintathu ezahlukeneyo:

• Ukulinganisa i-CFD:Yonke ijiyometri yekhabhinethi icwangciswe kwisoftware yeComputational Fluid Dynamics ngaphambi kokuba kwenziwe iprototype enye ngomatshini, iqikelela ukuhamba komoya, ukuhla koxinzelelo, kunye namaqondo obushushu e-junction kuyo yonke i-envelope yokusebenza.
• Uvavanyo lweGumbi leMozulu:Iiprototypes zeenjongo zemveliso zisebenza kumthwalo opheleleyo ngaphakathi kwamagumbi okusingqongileyo ukusuka kwi--30°C ukuya kwi-+55°C, kunye nokufuma, umthwalo welanga, kunye neziphumo zokuphakama eziphindaphindwayo. Iiyunithi kufuneka zigcine amandla alinganisiweyo rhoqo - akukho kuqhekeka kobushushu - ngaphambi kokuba uyilo luqandiswe.
• Ukuqinisekiswa kweNdawo:Izitishi ezikhethiweyo zixhotyiswe ngee-sensors ezongezelelweyo zobushushu kwaye zisetyenziswa kwiindawo zabathengi kwiindawo ezinemozulu egqithisileyo, apho idatha yehlabathi lokwenyani ihlaziya imodeli kwaye yazise izizukulwana ezizayo ngemveliso.

Le yindlela ebangela ukuba i-MIDA ikwazi ukubonakalisa ngokuzithemba ukusebenza kwamandla apheleleyo kwi-55°C ambient - ibango eliphetshwa ngabakhuphisana nabo ngokuthula. Kukwakho nesizathu sokuba izikhululo zethu ziphethe amaxwebhu afanayo okusebenza kobushushu afanayo nalawo abathengi bezitimela kunye neenkonzo zombane abawafunayo rhoqo ukuze baphonononge ukuthengwa: iingxelo zovavanyo, ii-curves eziphazamisayo, kunye nokulinganisa i-acoustic, zonke zinokuqinisekiswa ngokuzimeleyo.

Le ndlela yokulawula ubushushu eneendidi ezahlukeneyo iqhelekile kwifilosofi yobunjineli ye-MIDA: yonke inkqubo engaphantsi yenzelwe ukuba ingayodwa, kodwa njengenxalenye yenkqubo edibeneyo apho ubushushu, ukuhamba komoya, i-acoustic, kunye nokuthembeka kuqinisana. Ii-elektroniki ezipholileyo aziphumeleli rhoqo, iifeni ezithuleyo ziphazamisa abamelwane abambalwa, kwaye uxinzelelo oluphantsi lobushushu lugcina ukusebenza ubomi bonke besixhobo.

Isiphelo: Ipholile ngakumbi ngoYilo, Iqine ngakumbi ngoBunjineli

Kwizicelo zamandla agqithisileyo ezifana neendawo zokubeka oololiwe be-EV kunye ne-supercharging enzima, ulawulo lobushushu alunazo iinkcukacha — ngumahluko phakathi kwetshaja enika amandla ayo alinganiselweyo imini yonke, yonke imihla, kunye netshaja ephazamisayo, ekhubekayo, okanye eguga ngaphambi kwexesha. Uthotho lwe-MIDA Power's UL-certified NACS supercharging series luphendula loo mngeni ngoyilo lomoya olunegumbi ezimbini, iindlela zokupholisa ezilungiselelwe i-CFD, kunye nolawulo olukrelekrele lwe-PWM fan olukhusela i-electronics yamandla ngelixa lugcina ingxolo kunye nokusetyenziswa kwamandla kuncinci.

Izinto ezibalulekileyo ekufuneka ziqwalaselwe

• Uyilo lwegumbi elinamagumbi amabini:Ihlukanisa iimodyuli zamandla ezinombane ophezulu kwii-elektroniki zolawulo ezibuthathaka, inciphisa kakhulu ukuwohloka kwezixhobo.
• Ukuhamba komoya okwenziwa ngcono yi-CFD:Isusa ubushushu “kwiindawo ezifileyo,” iqinisekisa ukusebenza rhoqo ukusuka kwi -30°C ukuya kwi +55°C.
• Ulawulo lweFan olukrelekrele:Iifeni zePWM zitshintsha-tshintsha ngobushushu be-SiC junction ngexesha langempela — zigcina amandla kwaye zigcina ingxolo yasebusuku ingaphantsi kwe-50 dB(A).
• Ukusebenza okuQinisekisiweyo:Uvavanyo lwegumbi lemozulu kunye nentsimi lubonisa ukusebenza kwamandla apheleleyo kwiimeko ezimaxongo kakhulu.
• Ixesha Elide Lobomi:Amaqondo obushushu aphantsi okusebenza aguqulela ngqo kwi-MTBF ephezulu kunye nobomi benkonzo obude kwimodyuli nganye.

Ubizo Lokwenza Isenzo

Uceba ukufakela i-supercharging enamandla aphezulu apho ubushushu nengxolo zizinto ezixhalabisayo? Nxibelelana ne-MIDA Power namhlanje ukuze ufumane amaxwebhu oyilo lwe-thermal, iingxelo zovavanyo lwe-acoustic, kunye nengcebiso yobunjineli eyenzelwe iimeko zesiza sakho.

Amandla e-MIDA: Ubunjineli obuchanekileyo beLizwe eliZinzileyo.

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