Okwangoku, abaninzi abavelisi basekhaya baye babandakanyeka ekugcinweni kwamandla aphathwayo, ukugcinwa kwamandla asekhaya, ukugcinwa kwamandla oshishino kunye nezorhwebo kunye nezinye iinkalo, kwaye sikwandlala. Ngoku ezinye iilali zaseJiangsu, eZhejiang naseGuangdong zakha umbane omncinci we-photovoltaic, obandakanya ukugcinwa kwamandla asekhaya, okuya kuba yimarike enkulu.
Ngokumalunga ne-14 okanye i-15 i-inductors kunye neenguqu ze-elektroniki zisetyenziselwa iimveliso zokugcina amandla. Iimfuno ze-inductors kunye ne-electronic transformers zixinaniso lwamandla aphezulu, amandla aphezulu kunye nokuphindaphinda okuphezulu, kwaye iimfuno ezinkulu zikwabekwa phambili kwizinto eziphathekayo, izixhobo, izixhobo zokugquma kunye neminye imiba. Ukugcinwa kwamandla aphezulu, okufana nokugcinwa kwamandla kwimizi-mveliso kunye nezorhwebo, siye sathatha inxaxheba kuphuhliso lwee-inductors kunye ne-electronic transformers kwi-120KW yogcino lwamashishini kunye nezorhwebo, kwaye sinoqhagamshelwano nokugcinwa kwamandla aphathwayo kunye nokugcinwa kwamandla endlu, kuquka amandla athile. yokugcina kwicala legridi. I-inductance transformer kwiimveliso zokugcina amandla ikakhulu isebenzisa i-transformer ephambili, i-resonant inductor, i-output filter, imodi eqhelekileyo kunye nemodi yokwahlukana. Okwangoku, abavelisi basekhaya bee-inductors kunye nabaguquli be-elektroniki babambekile ikakhulu kwilahleko, uluhlu lwamaza kunye nokuxhathisa ukugcwala. Xa ukhetha i-inductors kunye ne-electronic transformers, abavelisi baya kuqwalasela ukuzinza komgangatho, ukulawulwa kwezinto eziphathekayo, iteknoloji yokuvelisa, ukuhlolwa kokunikezelwa kunye nokunye.
Kule mihla, ugxininiso luya lukhula kwaye luphezulu, kwaye amashishini entloko yokugcina amandla anika ingqalelo ngakumbi kumandla onke wemagnethi engundoqo kunye nabavelisi be-elektroniki. Ngenxa yokuba amashishini amakhulu ngoku anamandla okutyalomali kwimveliso ezenzekelayo, kunye neendleko eziphezulu zabasebenzi kunye nabasebenzi abangazinzanga, ukuba ngamashishini amancinci naphakathi, kuya kubakho umngcipheko. Amashishini amakhulu anokugcina uzinzo lomgangatho wemveliso ngokutyala imali kwizixhobo ezizenzekelayo, kwaye kukho iziqinisekiso ezithile kuzo zonke iinkalo zokuhanjiswa, ngoko sicinga ukuba bonke abavelisi bomatshini banokunikela ingqalelo ngakumbi kwezi ngoku. Ngophuhliso olukhawulezayo lweshishini elitsha lamandla, ukugcinwa kwamandla kuye kwaba yenye indlela ekhulayo.
Ngokwezibalo ze-Energy Storage Leaders Alliance (EESA), ngo-2022, umthamo ofakiweyo wogcino lwamandla amatsha emhlabeni wawuyi-21.3GW, unyuke nge-72% xa kuthelekiswa nonyaka ophelileyo. Kwiminyaka yakutshanje, ukugcinwa kwamandla kuye kwaba kwimeko yokukhula ngokukhawuleza. Ngaphantsi kwemvelaphi "yokungathathi hlangothi kwekhabhoni", amazwe aphuhlisa ngamandla imithombo emitsha yamandla, kwaye ukugcinwa kwamandla kuphambili. Ngo-2023, imboni yogcino lwamandla kwihlabathi jikelele inokuthi igcine izinga lokukhula elimalunga nama-80%. I-inductors kunye ne-electronic transformers zisetyenziswa kakhulu kwiimodyuli zokuguqula amandla okugcina amandla. Ngokwezibalo ze-Bit Bit Industry Research Office, i-inductors kunye ne-electronic transformers i-akhawunti malunga ne-17% yeendleko ze-inverter. Kuqikelelwa ukuba ngo-2025, imfuno yemarike yehlabathi yogcino lwamandla iya kuba yi-42.8 yeebhiliyoni zeeyuan, kwaye ubungakanani bemarike ehambelanayo yeenguqu ze-elektroniki buya kudlula i-7 yeebhiliyoni zeeyuan. Kwangaxeshanye, uphuhliso logcino lwamandla lukwafuna ukuba iinguqu ze-elektroniki zibe yibroadband, iqondo lobushushu elibanzi, iflethi, i-frequency ephezulu kunye nelahleko ephantsi. Amashishini kwishishini le-electronic transformer kufuneka ahlawule ngakumbi ekuphuculeni ukusebenza kwezinto eziphathekayo kunye nezixhobo xa zijoyina umzila wokugcina amandla, ukwenzela ukuba ukuphuhliswa kwezinto eziphathekayo zikwazi ukugcina isantya kunye nophuhliso lokugcinwa kwamandla.
Ixesha lokuposa: Jun-26-2023