Ukugcinwa kwamandla sisiseko esibalulekileyo sokuxhasa uphuhliso olukhulu lwamandla amatsha.Ngenkxaso yemigaqo-nkqubo yelizwe, iintlobo ezintsha zokugcina amandla ezimele ukugcinwa kwamandla e-electrochemical ezifana nokugcinwa kwamandla ebhetri ye-lithium, i-hydrogen (ammonia) yokugcina amandla, kunye nokugcinwa kwamandla okushisa (okubandayo) kuye kwaba yimikhombandlela ebalulekileyo yophuhliso loshishino lokugcina amandla. ngenxa yexesha elifutshane lokwakha, ukhetho lwesiza olulula noluguquguqukayo, kunye nobuchule bokulawula obuqinileyo.Ngokwengqikelelo kaWood Mackenzie, isantya sokukhula komdibaniso wonyaka wogcino lwamandla e-electrochemical efakiweyo luya kufikelela kwi-31% kule minyaka ili-10 izayo, kwaye umthamo ofakiweyo kulindeleke ukuba ufikelele kwi-741GWh ngo-2030. Njengelizwe elikhulu ekufakeni i-electrochemical ecocekileyo ugcino lwamandla kunye novulindlela kwinguqu yamandla, iChina eyongezelekayo efakelweyo umthamo wogcino lwamandla e-electrochemical iya kuba neqondo lokukhula elihlanganisiweyo lonyaka lama-70.5% kule minyaka mihlanu izayo.
Okwangoku, ukugcinwa kwamandla kusetyenziswa ngokubanzi kwiinkalo ezifana neenkqubo zombane, izithuthi zamandla amatsha, ulawulo lwamashishini, izikhululo zesiseko sonxibelelwano, kunye namaziko edatha.Phakathi kwabo, abasebenzisi abakhulu bemizi-mveliso kunye nabezorhwebo bangabasebenzisi abakhulu, ngoko ke, iisekethe ze-elektroniki zezixhobo zokugcina amandla zithatha izikimu zoyilo lwamandla aphezulu.
Njengecandelo elibalulekileyo kwiisekethe zokugcina amandla, ii-inductors kufuneka zimelane nokugcwala okuphezulu kwexeshana kwangoku kunye nexesha elide elizinzileyo langoku eliphezulu ukugcina ukuphakama kobushushu obuphantsi.Ke ngoko, kuyilo lwesikimu samandla aphezulu, i-inductor kufuneka ibe nokusebenza kombane njengokugcwala okuphezulu kwangoku, ilahleko ephantsi, kunye nokunyuka kobushushu obuphantsi.Ukongeza, ukulungiswa koyilo lwesakhiwo kukwayingqwalasela ephambili ekuyilweni kwee-inductors zangoku eziphezulu, ezifana nokuphucula ukuxinana kwamandla e-inductor ngokusebenzisa isakhiwo soyilo oludibeneyo kunye nokunciphisa ukunyuka kobushushu bomphezulu be-inductor kunye nommandla omkhulu wokulahla ubushushu.Ii-inductors ezinoxinano lwamandla aphezulu, ubungakanani obuncinci, kunye noyilo olubambeneyo luya kuba ngumkhwa wemfuno
Ukuhlangabezana neemfuno zokusetyenziswa kwee-inductors kwindawo yokugcina amandla, siphehlelele uluhlu olwahlukileyo lwee-inductors zangoku eziphezulu kakhulu ezinomthamo ophezulu kakhulu we-DC, ilahleko ephantsi, kunye nokusebenza okuphezulu.
Samkela uyilo lwemathiriyeli yemagnethi yentsimbi ngokuzimeleyo, enelahleko yemagnethi esezantsi kakhulu kunye neempawu ezithambileyo zokugcwala, kwaye inokumelana nemisinga ephezulu edlulayo yokugcina ukusebenza kombane okuzinzileyo.Ikhoyili inxeba ngocingo olusicaba, inyusa indawo esebenza ngokunqamlezayo.Izinga lokusetyenziswa kwefestile yemagnethi ejikelezayo engundoqo ingaphezulu kwe-90%, enokubonelela ngokuxhathisa okuphantsi kwe-DC phantsi kweemeko zesayizi ezihlangeneyo kunye nokugcina isiphumo sokunyuka kobushushu obusezantsi bomphezulu wemveliso ngokunyamezela imisinga emikhulu ixesha elide.
Uluhlu lwe-inductance luyi-1.2 μ H ~ 22.0 μ H. I-DCR yi-0.25m kuphela Ω, kunye ne-saturation current ephezulu ye-150A.Iyakwazi ukusebenza ixesha elide kwiindawo eziphakamileyo zokushisa kunye nokugcina inductance ezinzileyo kunye ne-DC bias capability.Okwangoku, iphumelele isiqinisekiso sovavanyo se-AEC-Q200 kwaye inokuthembeka okuphezulu.Imveliso isebenza kuluhlu lwamaqondo obushushu -55 ℃ ukuya +150 ℃ (kubandakanywa ukufudumeza ikhoyili), ilungele indawo ezahlukeneyo isicelo esiqatha.
I-ultra high current inductors ifanelekile ukuyila iimodyuli zokulawula amandla ombane (VRMs) kunye nabaguquli bamandla aphezulu e-DC-DC kwizicelo eziphezulu zangoku, ukuphucula ngokufanelekileyo ukuguqulwa kokuguqulwa kweenkqubo zamandla.Ukongeza kwisixhobo esitsha sokugcina amandla, ikwasetyenziswa ngokubanzi kumacandelo anje ngeemoto zombane, izixhobo zombane eziphezulu, ulawulo lwamashishini, kunye neenkqubo zomsindo.
Sineminyaka engama-20 yamava ekuphuhliseni ii-inductors zamandla kwaye siyinkokeli kwi-flat wire high inductor technology yangoku kwishishini.I-magnetic powder core material iphuhliswe ngokuzimeleyo kwaye inokubonelela ngokukhetha okuhlukeneyo ekulungiseleleni izinto kunye nemveliso ngokweemfuno zabasebenzisi.Imveliso inezinga eliphezulu lokwenza ngokwezifiso, umjikelo omfutshane wokwenza ngokwezifiso, kunye nesantya esikhawulezayo.
Ixesha lokuposa: Jan-02-2024