I-KAWASAKI, Japan kanye ne-OSAKA, Japan–(BUSINESS WIRE)–Panasonic Corporation izuze imojuli yelanga ye-perovskite ende kakhulu emhlabeni ngokwakha ubuchwepheshe obungasindi kusetshenziswa ama-substrate engilazi kanye nezindlela zokumboza zendawo enkulu ezisekelwe ekuphrinteni kwe-inkjet (Indawo yokuvula 802 cm2: ubude 30 cm x ububanzi 30 cm x 2 mm ukujiya) Ukusebenza kahle kokuguqulwa kwamandla (16.09%).Lokhu kuzuzwe njengengxenye yephrojekthi yeNhlangano Yezokuthuthukiswa Kwezobuchwepheshe Zezimboni zase-Japan (i-NEDO), esebenzela “ukuthuthukisa ubuchwepheshe bokunciphisa izindleko zokuphehla ugesi okukhiqiza ugesi osebenza kahle kakhulu nothembeke kakhulu” ukuze kugqugquzelwe ukusetshenziswa kabanzi kwamandla kagesi. ukukhiqizwa kwamandla elanga jikelele.
Lokhu kukhishwa kwabezindaba kuqukethe okuqukethwe kwe-multimedia.Ukukhishwa okuphelele kwabezindaba kuyatholakala ku-: https://www.businesswire.com/news/home/20200206006046/en/
Le ndlela yokuhlanganisa esekelwe ku-inkjet, engamboza izindawo ezinkulu, inciphisa izindleko zokukhiqiza izingxenye.Ukwengeza, le moduli yendawo enkulu, engasindi, futhi ephezulu yokuguqula ingakwazi ukufeza ukukhiqizwa kwamandla elanga asebenzayo ezindaweni ezifana nama-facade lapho kunzima khona ukufaka amaphaneli elanga endabuko.
Ukuqhubekela phambili, i-NEDO ne-Panasonic izoqhubeka nokuthuthukisa izinto zesendlalelo se-perovskite ukuze kuzuzwe ukusebenza kahle okuphezulu okuqhathaniswa namaseli elanga e-crystalline silicon futhi kwakhiwe ubuchwepheshe bezinhlelo zokusebenza ezingokoqobo ezimakethe ezintsha.
1. Isendlalelo Amaseli elanga e-crystalline silicon, asetshenziswa kakhulu emhlabeni, athole izimakethe emikhakheni emikhulu ye-solar, yezindawo zokuhlala, yefekthri neyomphakathi yase-Japan.Ukuze uqhubeke ungene kulezi zimakethe futhi ufinyelele ezintsha, kubalulekile ukwakha amamojula alula futhi amakhulu elanga.
Amaseli elanga e-Perovskite*1 anenzuzo yesakhiwo ngenxa yokuthi ukujiya kwawo, okuhlanganisa isendlalelo sokuphehla amandla, kuyiphesenti elilodwa kuphela lamaseli elanga e-crystalline silicon, ngakho amamojula e-perovskite angaba lula kunamamojula e-crystalline silicon.Ukukhanya kunika amandla izindlela ezihlukene zokufaka, njengakuma-facade namafasitela kusetshenziswa ama-electrode abonisa ngale, okungase kube nomthelela ekwamukelweni okusabalele kwezakhiwo ze-net-zero energy (ZEB*2).Ngaphezu kwalokho, njengoba ungqimba ngalunye lungasetshenziswa ngokuqondile ku-substrate, lunika amandla ukukhiqizwa okushibhile uma kuqhathaniswa nobuchwepheshe bezinqubo zendabuko.Yingakho amaseli elanga e-perovskite aheha ukunakwa njengesizukulwane esilandelayo samaseli elanga.
Ngakolunye uhlangothi, nakuba ubuchwepheshe be-perovskite buzuza ukuguqulwa kwamandla okusebenza kahle kwe-25.2% * 3 okulingana ne-crystalline silicon amaseli elanga elanga, kumaseli amancane, kunzima ukusabalalisa izinto ngendlela efanayo phezu kwayo yonke indawo enkulu ngokusebenzisa ubuchwepheshe bendabuko.Ngakho-ke, ukusebenza kahle kokuguqulwa kwamandla kuvame ukwehla.
Ngokumelene nalesi sizinda, i-NEDO yenza "Ukuthuthukiswa Kwezobuchwepheshe Zokunciphisa Izindleko Zokuphehla Amandla Zokusebenza Okuphezulu Nokuthembela Okuphezulu Kwe-Photovoltaic Power Generation"*4 iphrojekthi yokukhuthaza ukusabalala okuqhubekayo kokukhiqizwa kwamandla elanga.Njengengxenye yephrojekthi, i-Panasonic yathuthukisa ubuchwepheshe obungasindi obusebenzisa ama-glass substrates kanye nendlela yokumboza yendawo enkulu esekelwe endleleni ye-inkjet, ehilela ukukhiqizwa kanye nokulungiswa kweziyinki ezisetshenziswa kuma-substrates amamojula elanga e-perovskite.Ngalobu buchwepheshe, i-Panasonic izuze ukuguqulwa kwamandla okuphezulu kakhulu emhlabeni wonke kwe-16.09% * 5 kumamojula we-perovskite cell cell (indawo yokuvula 802 cm2: 30 cm ubude x 30 cm ububanzi x 2 mm ububanzi).
Ngaphezu kwalokho, indlela yokumboza yendawo enkulu esebenzisa indlela ye-inkjet phakathi nenqubo yokukhiqiza nayo iyasiza ekunciphiseni izindleko, futhi indawo enkulu yemojuli, engasindi, kanye nezici zokuguqulwa okuphezulu zenza kube lula ukufakwa kuma-facade nakwezinye izindawo okunzima ukuzifaka ngendlela evamile. amaphaneli elanga.Ukukhiqiza ugesi welanga osebenza kahle kakhulu endaweni.
Ngokuthuthukisa impahla ye-perovskite layer, i-Panasonic ihlose ukuzuza ukusebenza kahle okuphezulu okuqhathaniswa namaseli elanga e-silicon e-crystalline futhi yakhe ubuchwepheshe obunezinhlelo zokusebenza ezisebenzayo ezimakethe ezintsha.
2. Imiphumela Ngokugxila endleleni yokugqoka i-inkjet engakwazi ukugqoka ngokunembile futhi ngokulinganayo izinto zokusetshenziswa, i-Panasonic isebenzise ubuchwepheshe kungqimba ngayinye yeseli yelanga, kuhlanganise nongqimba lwe-perovskite ku-substrate yengilazi, futhi izuze amamojula aphezulu endaweni enkulu.Ukusebenza kahle kokuguqulwa kwamandla.
[Amaphuzu abalulekile okuthuthukiswa kobuchwepheshe] (1) Thuthukisa ukwakheka kwama-precursors e-perovskite, afanele ukumbozwa kwe-inkjet.Phakathi kwamaqembu e-athomu akha amakristalu e-perovskite, i-methylamine inezinkinga zokuzinza ezishisayo ngesikhathi sokushisa ngesikhathi sokukhiqiza ingxenye.(I-Methylamine ikhishwa ku-crystal perovskite ngokushisa, ibhubhisa izingxenye ze-crystal).Ngokuguqula izingxenye ezithile ze-methylamine zibe i-formamidine hydrogen, i-cesium, ne-rubidium ene-diameter efanelekile ye-athomu, bathole ukuthi le ndlela yayisebenza kahle ekuqiniseni i-crystal futhi yasiza ukuthuthukisa ukusebenza kahle kokuguqulwa kwamandla.
(2) Ukulawula ukugxila, inani lokumboza, kanye nesivinini sokumboza sikayinki we-perovskite Enqubweni yokubunjwa kwefilimu kusetshenziswa indlela yokugqoka inkjet, ukumbozwa kwephethini kunokuguquguquka, kuyilapho ukwakheka kwephethini yamachashazi yento kanye nobuso bongqimba ngalunye ukufana kwe-Crystal kubalulekile.Ukuze uhlangabezane nalezi zidingo, ngokulungisa ukugxila kweyinki ye-perovskite kokuqukethwe okuthile, futhi ngokulawula ngokunembile inani le-coating nesivinini ngesikhathi senqubo yokunyathelisa, bathole ukuguqulwa kwamandla aphezulu ezingxenyeni zendawo enkulu.
Ngokulungiselela lobu buchwepheshe kusetshenziswa inqubo yokumboza ngesikhathi sokwakheka kwesendlalelo ngasinye, iPanasonic iphumelele ukuthuthukisa ukukhula kwekristalu kanye nokwenza ngcono ukujiya nokufana kwezingqimba zekristalu.Ngenxa yalokho, bathole ukusebenza kahle kokuguqulwa kwamandla okungu-16.09% futhi bathatha isinyathelo esiseduze nezinhlelo zokusebenza ezingokoqobo.
3. Ukuhlelwa kwangemva komcimbi Ngokufinyelela izindleko eziphansi zenqubo kanye nesisindo esincane samamojula we-perovskite yendawo enkulu, i-NEDO ne-Panasonic izohlela ukuvula izimakethe ezintsha lapho amaseli elanga engakaze afakwe futhi amukelwe.Ngokusekelwe ekuthuthukisweni kwezinto ezihlukahlukene ezihlobene namaseli elanga e-perovskite, i-NEDO ne-Panasonic ihlose ukufeza ukusebenza kahle okuphezulu okuqhathaniswa namaseli e-crystalline silicon solar nokwandisa imizamo yokunciphisa izindleko zokukhiqiza ku-15 yen / watt.
Imiphumela yethulwe ku-Asia-Pacific International Conference on Perovskites, Organic Photovoltaics and Optoelectronics (IPEROP20) e-Tsukuba International Conference Centre.I-URL: https://www.nanoge.org/IPEROP20/program/program
[Qaphela]*1 Iseli yelanga ye-Perovskite Iseli yelanga ungqimba lwalo olumunca ukukhanya lwakhiwe amakristalu e-perovskite.*2 I-Net Zero Energy Building (ZEB) i-ZEB (i-Net Zero Energy Building) iyisakhiwo okungesona esokuhlala esigcina ikhwalithi yemvelo yasendlini futhi sizuza ukongiwa kwamandla kanye namandla avuselelekayo ngokufaka ukulawula umthwalo wamandla kanye nezinhlelo ezisebenzayo, ekugcineni Inhloso ukuletha ibhalansi yesisekelo samandla yonyaka ibe uziro.*3 Ukusebenza kahle kokuguqulwa kwamandla okungama-25.2% I-Korea Research Institute of Chemical Technology (KRICT) kanye neMassachusetts Institute of Technology (MIT) ngokuhlanganyela bamemezele ukusebenza kahle kokuguqulwa kwamandla okuyirekhodi lomhlaba kumabhethri asendaweni encane.Ukusebenza Okuhle Kakhulu Kweseli Yokucwaninga (Kubuyekezwe 11-05-2019) - NREL*4 Ukuthuthukisa ubuchwepheshe bokunciphisa izindleko zokuphehla amandla kusuka ekusebenzeni okuphezulu, okuthembeke kakhulu kokukhiqizwa kwamandla kagesi we-photovoltaic - Isihloko Sephrojekthi: Ukunciphisa izindleko zokukhiqiza amandla kusuka ekusebenzeni okuphezulu , ukuthembeka okuphezulu kwe-photovoltaic power generation Ukuthuthukiswa kobuchwepheshe/Ucwaningo olusha kumaseli amasha elanga esakhiwo/Ukukhiqizwa okusha kwezindleko eziphansi kanye nocwaningo - Isikhathi sephrojekthi: 2015-2019 (minyaka yonke) - Inkomba: Ukukhishwa kwabezindaba okukhishwe yi-NEDO ngo-June 18, 2018 “The iseli yelanga elikhulu kunawo wonke emhlabeni elisekelwe kumojula ye-Film perovskite photovoltaic” https://www.nedo.go.jp/english/news/AA5en_100391.html*5 Ukusebenza kahle kokuguqulwa kwamandla 16.09% I-Japan National Institute of Advanced Industrial Science and Technology Inani lokuwonga amandla kukalwa ngendlela ye-MPPT (Indlela Yokulandelela Amaphuzu Amandla Aphezulu: indlela yokulinganisa eseduze nokusebenza kahle kokuguqulwa ekusetshenzisweni kwangempela).
I-Panasonic Corporation ingumholi womhlaba wonke ekuthuthukiseni ubuchwepheshe obuhlukahlukene be-elekthronikhi nezisombululo zamakhasimende kuma-electronics abathengi, indawo yokuhlala, izimoto kanye namabhizinisi e-B2B.I-Panasonic igubhe iminyaka yayo eyi-100 ngo-2018 futhi yandise ibhizinisi layo emhlabeni jikelele, okwamanje isebenza ingqikithi yezinkampani ezingaphansi ezingama-582 kanye nezinkampani ezihambisanayo ezingama-87 emhlabeni jikelele.Kusukela ngoMashi 31, 2019, ukuthengiswa kwayo okuhlanganisiwe kufinyelele ku-8.003 trillion yen.I-Panasonic izibophezele ekuphishekeleni inani elisha ngokusungula izinto ezintsha emnyangweni ngamunye, futhi ilwela ukusebenzisa ubuchwepheshe benkampani ukudala impilo engcono nomhlaba ongcono wamakhasimende.
Isikhathi sokuthumela: Dec-05-2023