z

I-AUO Kunshan isizukulwana sesithandathu se-LTPS isigaba II sifakwe ngokusemthethweni kwimveliso

Ngomhla we-17 kaNovemba, i-AU Optronics (AUO) ibambe umsitho e-Kunshan ukuvakalisa ukugqitywa kwesigaba sesibini se-LTPS yesizukulwana sayo sesithandathu (i-polysilicon ephantsi kweqondo lokushisa) umgca wokuvelisa ipaneli ye-LCD.Ngolu lwandiso, umthamo weglasi we-AUO wenyanga we-substrate e-Kunshan ugqithise kwiiphaneli ezingama-40,000.

 友达1

Indawo yomsitho wokuvula

Isigaba sokuqala seziko le-AUO's Kunshan sagqitywa kwaye saqalisa ukusebenza ngo-2016, ibe sisixhobo sokuqala se-LTPS sesizukulwana sesithandathu kwilizwe laseTshayina.Ngenxa yophuhliso olukhawulezayo lweemveliso eziphezulu kwihlabathi jikelele kunye nokwanda okuqhubekayo kwabathengi kunye nemfuno yemarike, i-AUO iqalise isicwangciso sokwandisa umthamo we-Kunshan fab yayo.Kwixesha elizayo, inkampani iya kukhawulezisa ukuveliswa kweemveliso eziphezulu ze-niche ezifana ne-premium notebooks, iipaneli zokulondoloza amandla ekhabhoni ephantsi, kunye neziboniso zeemoto ukuqinisa ukukhuphisana kwemveliso kunye nesabelo semarike.Oku kulungelelaniswa nesicwangciso-qhinga se-AUO sokuguqula izinto ezimbini zokuphucula ixabiso elongeziweyo lobuchwephesha bokuboniswa (Go Premium) kunye nokwenza nzulu usetyenziso lwemarike oluthe nkqo (Go Vertical).

Itekhnoloji ye-LTPS ivumela iiphaneli ukuba zibe nezinto eziluncedo ezingundoqo ezifana namazinga okuhlaziya e-Ultra-high, izisombululo eziphezulu, ii-bezels ezimxinwa kakhulu, ireyishini ephezulu yesikrini ukuya emzimbeni, kunye nokusebenza kakuhle kwamandla.I-AUO iqokelele izakhono eziqinileyo kuphuhliso lwemveliso ye-LTPS kunye nemveliso yobuninzi kwaye yakha ngokukhutheleyo iqonga lobuchwepheshe be-LTPS elomeleleyo kunye nokwandisa kwimarike yemveliso ephezulu.Ukongeza kwi-notebook kunye neepaneli ze-smartphone, i-AUO ikwandisa itekhnoloji ye-LTPS kumdlalo kunye nezicelo zokubonisa iimoto.

Okwangoku, i-AUO ifumene ireyithi yokuhlaziya ye-520Hz kunye nesisombululo se-540PPI kwiincwadi zayo zamanqaku eziphezulu zokusetyenziswa kwemidlalo.Iiphaneli ze-LTPS, kunye neempawu zazo zokugcina amandla kunye neempawu zokusetyenziswa kwamandla aphantsi, zinamandla amakhulu kwizicelo zeemoto.I-AUO ikwanetekhnoloji ezinzileyo efana ne-lamination enkulu, i-regular cut, kunye ne-touch embedded, enokuthi ihlangabezane neemfuno zophuhliso lwezithuthi zamandla amatsha.

Ngaphaya koko, i-AUO Group kunye neplanti yayo yaseKunshan izibophelele ekulinganiseni uphuhliso lweshishini noqoqosho kunye nokhuseleko lokusingqongileyo.Ukwandiswa kokusetyenziswa kwamandla ohlaza kuchongiwe njengowona msebenzi uphambili kumalinge ophuhliso oluzinzileyo lwe-AUO.Inkampani iphumeze amanyathelo okugcina amandla kunye nokunciphisa ikhabhoni kuzo zonke iinkalo zemveliso kunye nokusebenza.I-Kunshan fab ikwayi-TFT-LCD ye-LCD yeplanti yephaneli yokuqala kwilizwe lase-China ukufikelela kwi-US Green Building Council's LEED Platinum Certification.

Ngokutsho kwe-Vice-President yeQela le-AUO, uTerry Cheng, indawo epheleleyo yeepaneli zelanga eziphahleni kwisityalo saseKunshan kulindeleke ukuba ifike kwi-230,000 square metres nge-2023, kunye nomthamo wonyaka wokuvelisa umbane we-23 million kilowatt-yure.Oku kubalela malunga ne-6% yosetyenziso lombane lonyaka lweziko laseKunshan kwaye lilingana nokunciphisa ukusetyenziswa kwamalahle asemgangathweni malunga neetoni ezingama-3,000 kunye nokukhutshwa kwekharbon diokside ngaphezulu kwe-16,800 yeetoni ngonyaka ngamnye.Ukonga amandla okongezelekayo kudlule iiyure ezingama-60 ezigidi ze-kilowatt, kwaye izinga lokuphinda lisetyenziswe emanzini lifikelele kuma-95%, nto leyo ebonisa ukuzibophelela kwe-AUO kwiinkqubo zemveliso ezijikelezayo nezicocekileyo.

Ngexesha lomsitho, uPaul Peng, uMongameli kunye ne-CEO ye-AUO, wathi, "Ukwakha esi sizukulwana sesithandathu somgca wokuvelisa i-LTPS kwenza i-AUO iqinise indawo yayo yentengiso kwiimveliso ezinje ngee-smartphones, iincwadana zamanqaku kunye nemiboniso yemoto. Sinethemba lokukhulisa iinzuzo zeKunshan i-optoelectronics kunye nemizi-mveliso yezithuthi zamandla amatsha ukukhanyisa ishishini lokubonisa kunye nokudala ikamva elizinzileyo. "

友达2

UPaul Peng wenze intetho kulo msitho


Ixesha lokuposa: Nov-20-2023