Page 210 - A Comprehensive Guide to Solar Energy Systems
P. 210

212  A COmPrehenSIVe GUIDe TO SOlAr enerGy SySTemS



               [30]  Schwartz rJ, lammert mD. Silicon solar cells for high concentration applications. In: Proceedings of
                 the Ieee international electron devices meeting, Washington, DC; 1975. p. 350–2.
               [31]  Goodrich A, hacke P, Wang Q, Sopori B, margolis r, James Tl, et al: A wafer-based monocrystalline
                 silicon photovoltaics road map: utilizing known technology improvement opportunities for further
                 reductions in manufacturing cost, Sol Energy Mater Sol Cells 114:110–135, 2013.
               [32]  Tanaka m, Taguchi m, matsuyama T, Sawada T, Tsuda S, nakano S, et al: Development of new a-Si/c-
                 Si heterojunction solar cells: ACJ-hIT (artificially constructed junction/heterojunction with intrinsic
                 thin-layer), Jpn J Appl Phys 31:3518–3522, 1992.
               [33]  Sakata h, Tsunomura y, Inoue h, Taira S, Baba T, Kanno h, et al. r&D progress of next-generation
                 very thin hITTm solar cells. In: Proceedings of 25th european photovoltaic solar energy conference,
                 Valencia, Spain; 2010. p. 1102–4.
               [34]  Faes A, Badel n, Kiaee m, Despeisse m, levrat J, Champliaud J, et al. SmartWire Solar Cell Intercon-
                 nection Technology. Available at: http://www.metallizationworkshop.info/fileadmin/metallization-
                 workshop/Faes_2014metallizationWorkshop_SmartWire_Faes-CSem-v2.pdf
               [35]  Taguchi m, yano A, Tohoda S, matsuyama K, nakamura y, nishiwaki T, et al: 24.7% record efficiency
                 hIT solar cell on thin silicon wafer, IEEE J Photovolt 4(1):96–99, 2014.
               [36]  yoshikawa K, Kawasaki h, yoshida W, Irie T, Konishi K, nakano K, Uzu h, et al: Silicon heterojunction
                 solar cell with interdigitated back contacts for a photoconversion efficiency over 26%, Nat Energy
                 2:17032, 2017.
               [37]  loper P, niesen B, moon SJ, martin de nicolas S, holovský J, remeš Z, et al: Organic-inorganic halide
                 perovskites: perspectives for silicon-based tandem solar cells, IEEE J Photovolt 4:1545–1551, 2014.
               [38]  miyano K,  yanagida  m,  Tripathi  n, Shirai  y: Simple characterization of electronic processes in
                 perovskite photovoltaic cells, Appl Phys Lett 106:093903, 2015.
               [39]  Peike C, hädrich I, Weiß KA, Dürr I: Overview of PV module encapsulation materials, Photovolt Int
                 19:85–92, 2013.
               [40]  Gong h, Wang G: reliability and durability impact of high UV transmission eVA for PV modules, Pho-
                 tovolt Int 29:101–106, 2015.
               [41]  Geretschläger KJ, Wallner Gm, Fischer J: Structure and basic properties of photovoltaic module back-
                 sheet films, Sol Energy Mater Sol Cells 144:451–456, 2016.
               [42]  Forniés e, Silva JP: Cell-to-module losses in standard crystalline PV modules—an industrial approach,
                 Photovolt Int 29:91–100, 2015.
               [43]  Söderström T, Papet P, yao y, Ufheil J. SmartWire Connection Technology. Available at: https://www.
                 meyerburger.com/user_upload/dashboard_news_bundle/376409e022f7d2ae6f6e29318f8055410774
                 c7fd.pdf
               [44]  Peike C, hülsmann P, Bluml m, Schmid P, Weiß K-A, Kohl m: Impact of permeation properties and
                 backsheet-encapsulant interactions on the reliability of PV modules, ISRN Renew Energy, 2012.doi:
                 10.5402/2012/459731, Article ID 459731.
               [45]  Köntges m, Kurtz S, Packard C, Jahn U, Berger KA, Kato K, et al. review of failures of photovoltaic
                 modules.  external final report IeA-PVPS. Available at:  http://www.iea-pvps.org/fileadmin/dam/
                 intranet/exCo/IeA-PVPS_T13-01_2014_review_of_Failures_of_Photovoltaic_modules_Final.pdf; 2014.
               [46]  Burger B, Kieferet K, Kost C, nold S, Philipps S, Preu r, et al. Photovoltaics report. Available at: www.
                 ise.fraunhofer.de; 2017.
               [47]  Benda V: Photovoltaics towards terawatts—progress in photovoltaic cells and modules, IET Power
                 Electron 8:2343–2351, 2015.
   205   206   207   208   209   210   211   212   213   214   215