Ma'auni na masana'antu da ci gaban ci gaban wutar lantarki na kasar Sin

A cikin 'yan shekarun nan, aikace-aikacen na'urar semiconductor na wutar lantarki ya haɓaka daga sarrafa masana'antu da lantarki na mabukaci zuwa sabon makamashi, hanyar jirgin ƙasa, grid mai wayo, na'urorin gida masu canzawa da sauran kasuwannin masana'antu.Ƙarfin kasuwa yana ƙaruwa akai-akai.Dangane da IHSMarkit, karfin kasuwancin semiconductor na duniya ya kai kusan dalar Amurka biliyan 39.1 a cikin 2018, kuma ana hasashen zai karu zuwa dalar Amurka biliyan 44.1 nan da 2021, tare da adadin karuwar shekara-shekara na 4.1%.

Yanzu kasar Sin ta zama babbar kasuwar masu amfani da wutar lantarki a duniya, mai yiwuwa za ta ci gaba da samun ci gaba cikin sauri a nan gaba.A halin yanzu, sarkar masana'antu na semiconductor na wutar lantarki na cikin gida yana inganta kowace rana, kuma ana inganta fasahar.Har yanzu a cewar IHSMarkit, bukatar samar da wutar lantarki a kasar Sin ya kai dalar Amurka biliyan 13.8 a shekarar 2018, tare da karuwar karuwar kashi 9.5%, wanda ya kai kashi 1/3 na bukatun duniya.Tare da ci gaba mai girma girma, da alama ikon kasuwa zai iya kaiwa dala biliyan 15.9 a cikin 2021, tare da haɓakar haɓakar shekara-shekara na 4.8%.Ana sa ran kasuwar kasar Sin za ta ci gaba da kasancewa muhimmin karfi na ci gaban masana'antu.

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Hoto 1. Ƙarfin kasuwar semiconductor ikon duniya da ƙimar girma

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Hoto 2. Ƙimar kasuwar wutar lantarki ta China da ƙimar girma

A matsayin duk-rounder na kasar Sin ikon semiconductor yi, Jiangsu Yangjie Runau Semiconductor mallaki cikakken guntu samar line, encapsulation line da dubawa line, iya samar da kowane irin high iko semiconductor na'urorin a hockey-puk da module kunshin, musammanbabban iko lokaci iko thyristortare da VRRM har zuwa 8500V,high ikon sauri canza thyristortare da VRRM har zuwa 5200V,bi-directional thyristortare da VRRM har zuwa 4200V,ƙofa ta kashe thyristorkumawaldi diodewanda ya gane daidai aikin manyan sunayen duniya.Jiangsu Yangjie Runau Semiconductor ya himmatu wajen sa duniya ta amince da Semiconductor Power Semiconductor.


Lokacin aikawa: Satumba-06-2022