PPT-Commercialization of Perovskite Solar Cells

HEJC March 6 th 2020 Robert Gustafson What are perovskites Lev Perovski 1792 1856 ABX 3 A B C Li et al Chemistry of Materials 28 1 2016 Amazingly tunable 1D 2D perovskites not really. However the complexity of the task at hand requires constant reevaluation of ones strategy The phrase commercialization strategy refers to the series of financing options that a company entertains to move its technologyproduct from concept to the ma 1 Semi - Perovskite Solar Cells for Tandems with Silicon and CIGS Colin D. Bailie 1 † , M. Greyson Christoforo 2 † , Jonathan P. Mailoa 3 , Andrea R. Bowring 1 , Eva L. Unger 1 , Will Laura Bruce, Brian Dawes, James Horner, . Krupa. Patel, . Ronak. Patel, Nicholas Porto, . Steven . Scarfone. , Olivia Shabash, . Priyanka. Shah, Daphne Sun, . Jisoo. Yoon.  . Advisor: Dr. Paul V. Quinn Sr.. E. ffectiveness and Efficiency. Group 16: Angel Needham-Gilles, . Nico. . Mongillo. and Nick Pauley. Project Overview. As a group we decided to go the analytical route. The purpose of. our . project was to investigate the physics of solar panels including . Dr. Thomas H. Myers. Interim Chair. Department of Physics. Associate Dean, College of Science and Engineering. Director, Materials Science, Engineering, and Commercialization Program. Faculty Liaison for Funded Research and Commercialization, Office of the AVPR . Perovskite. Semiconductor . Joshua Lewis. , jjm73@wildcats.unh.edu. ; Parsons Hall, 23 Academic Way, Durham NH 03824. Introduction . . Perovskite. is an . organo. -metallic semiconducting material that can be integrated into photovoltaic (PV) solar cells as an absorptive compound. The . : . Mechanisms and Approaches within U.S. Agencies & S&T Organizations Abroad. Carlos E. Gutierrez. Chief Strategy Officer. Larta Institute. June 2011. Our Mission. To vastly improve the transition of scientific and technological breakthroughs from the lab to the marketplace, and to help government-funded entrepreneurs/innovators create self-sustainable enterprises. Limit of Solar Cells. Cambridge Society for Applied Research. Churchill College, Cambridge. 16. th. of May, 2016. Luis M. Pazos . Outon. Photovoltaic efficiency – What is that?. Efficiency .  . Theoretical Limit ≈ 33%. Desmond Zheng . Patrick Flaherty. A Future with Perovskite. Usage of fossil fuels is going to decline around the globe in the near future. New, perovskite solar cell technology possesses staggering efficiency and affordable cost. Organometal. Lead Halide . Perovskites. When Used in Solar Cells. By Scott Bechler. Background. With the growing energy crisis, research on solar technology has been expanding rapidly. One break through has been . chromator. LED. Signal . analysis. probe light. pump light. PIA. EA. SAC, KVA, Stockholm, September . 19. , . 2013.. Hybrid . Inorganic-Organic. Photovoltaics, HI-OPV. Anders Hagfeldt, Uppsala University. Photoelectrochemistry . of CH. 3. NH. 3. PbI. 3. Perovskite Thin Films. and Single Crystal Wafers. ES3.10.07. Roghi Kalan. , Alexander Carl, Ken Zielinski, . Weiran. . Gao. , Ronald Grimm* . Worcester Polytechnic Institute (. Members:. Dr. Biswajit Chowdhury, Dept. of Applied Chemistry. Dr. Jitendra Kumar, Dept. of Electronics Engg.. Dr. Tanmoy Maity, Dept. of Mining Machinery Engg.. Dr. R. Thangavel, Dept. of Applied Physics. Investor Presentation. March 2017. Harvest more energy . from more places.. For Less.. Forward Looking Statements. This presentation may contain forward-looking information about NanoFlex Power Corporation, a Florida corporation and its .