Global EV Power Module Market Outlook

Global EV Charger Power Module Market Outlook
Imfuno iyonke yeemodyuli zamandla e-EV iqikelelwa ukuba ijikeleze i-US $ 1,955.4 yezigidi kulo nyaka (2023) ngokwexabiso. Ngokwengxelo yohlalutyo lwemodyuli yamandla e-EV yehlabathi jikelele ye-FMI, kuqikelelwa ukuba irekhoda i-CAGR eyomeleleyo ye-24% ngexesha loqikelelo. Uqikelelo lulonke lwesabelo semarike luqikelelwa ukuya kuthi ga kwi-16,805.4 yezigidi zeedola zaseMelika ekupheleni konyaka wama-2033.

Ii-EVs zibe licandelo elibalulekileyo lothutho oluzinzileyo kwaye zibonwa njengendlela yokuphucula ukhuseleko lwamandla kunye nokunciphisa ukukhutshwa kwe-GHG. Ke ngeli xesha loqikelelo, imfuno yeemodyuli zamandla e-EV kulindeleke ukuba yonyuke kwi-tandem kunye nomkhwa wehlabathi wokunyuka kwentengiso ye-EV. Isibini sezinye izizathu eziphambili ezibangela ukukhula kwemodyuli yamandla e-40KW EV kukukhula komthamo wabavelisi be-EV kunye neenzame zikarhulumente eziluncedo.

Okwangoku, iinkampani zemodyuli zamandla ezibalaseleyo ze-30KW EV zenza utyalo-mali ekudaleni itekhnoloji entsha kunye nokwandisa amandla azo okwenza.
Uhlalutyo lwembali yeMarike ye-EV yeModyuli yaMandla (2018 ukuya ku-2022)
Ngokusekwe kwiingxelo zophononongo lwemakethi yangaphambili, ukuxatyiswa kwexabiso lemodyuli yamandla e-EV ngonyaka ka-2018 yayizizigidi ezingama-891.8 zeedola. Kamva ukuduma kwe-e-mobility kwanda kwihlabathi jikelele kukhetha amacandelo e-EV amashishini kunye nee-OEM. Ngexesha leminyaka phakathi kwe-2018 kunye ne-2022, iyonke yokuthengisa imodyuli yamandla e-EV ibhalise i-CAGR ye-15.2%. Ekupheleni kwexesha lovavanyo ngo-2022, ubungakanani bemodyuli yemodyuli ye-EV yehlabathi yabonwa ukuba ifikelele kwi-US$1,570.6 yezigidi. Njengoko abantu abaninzi bekhetha ukuthutha okuluhlaza, imfuno yeemodyuli zamandla e-EV kulindeleke ukuba ikhule ngokuphawulekayo kwiintsuku ezizayo.

Nokuba yehla kakhulu ekuthengisweni kwe-EV okubangelwe kukunqongophala okunxulumene nobhubhane wokubonelela nge-semiconductor, ukuthengiswa kwee-EVs kunyuke kakhulu kule minyaka ilandelayo. Ngo-2021, iiyunithi ze-EV ezizigidi ezi-3.3 zathengiswa e-China kuphela, xa kuthelekiswa ne-1.3 yezigidi ngo-2020 kunye ne-1.2 yezigidi ngo-2019.

Abavelisi beModyuli yaMandla e-EV
Kuwo wonke uqoqosho, kukho ukutyhala okukhulayo kokukhupha iimoto eziqhelekileyo ze-ICE kunye nokukhawulezisa ukuthunyelwa kwee-EVs zabakhweli. Okwangoku, iinkampani ezininzi zibonelela abathengi bazo ngeendlela zokutshaja zokuhlala ezibonisa iindlela ezivelayo kwimakethi yemodyuli yamandla e-EV. Zonke ezi zinto zilindeleke ukuba zenze imakethi efanelekileyo ye-30KW 40KW EV abavelisi bemodyuli yamandla kwiintsuku ezizayo.

Ukulandela izivumelwano zamazwe ngamazwe kunye nokukhuthaza ukuhamba kwe-intanethi emva kokunyuka kokufudukela kwabantu ezidolophini, ukwamkelwa kwee-EVs kuyanda kwihlabathi jikelele. Ukonyuka kwemfuno yeemodyuli zamandla e-EV eziswe kukunyuka kwemveliso yee-EVs kuqikelelwa ukuba ziqhube imakethi ngexesha loqikelelo.

Ukuthengiswa kweemodyuli zamandla e-EV, ngelishwa, ikakhulu zinyanzelwa zizikhululo eziphelelwe lixesha kunye ne-subpar zokutshaja kumazwe amaninzi. Ngaphaya koko, ukongamela kwamanye amazwe asempuma kumashishini ombane kuthintele iindlela zemodyuli yamandla e-EV kunye namathuba kweminye imimandla.

Imodyuli yamandla e-Flexible, ethembekileyo, enexabiso eliphantsi le-EV yesikhululo sokutshaja se-EV. DPM series AC/DC EV itshaja imodyuli yamandla ingundoqo amandla inxalenye DC EV Itshaja, eguqula AC ukuya DC uze uhlawule izithuthi zombane, ngokubonelela unikezelo oluthembekileyo DC izixhobo kufuna amandla DC.

I-MIDA 30 kW EV imodyuli yokutshaja, ekwazi ukuguqula amandla ukusuka kwigridi yamanqanaba amathathu ukuya kwiibhetri ze-DC EV. Ibonisa uyilo oluyimodyuli olukwaziyo ukusebenza ngokunxuseneyo kwaye lunokusetyenziswa njengenxalenye ye-EVSE yamandla aphezulu (iinkqubo zeSixhobo soBonelelo lweSithuthi soMbane) ukuya kuthi ga kwi-360kW.

Le modyuli yamandla ye-AC/DC iyahambelana nokutshaja okuhlakaniphile (V1G) kwaye inokusebenzisa ngokuguquguqukayo imida kusetyenziso lwayo lwegridi yangoku.

Iimodyuli zokutshaja ze-EV DC ziphuhliswe ngokukodwa kwisithuthi sombane se-DC ngokukhawuleza. Ngetekhnoloji yokutshintsha amaza omoya aphezulu kunye nesicelo seMOSFET/SiC, qaphela ukusebenza okugqwesileyo, ukuxinana kwamandla aphezulu, amandla okwandisa kunye neendleko eziphantsi. Ziyahambelana neCCS & CHAdeMO & GB / T imigangatho yokutshaja. Iimodyuli zokutshaja zinokulawulwa ngokupheleleyo kwaye zibekwe iliso nge-CAN-BUS interface.