Solarwindow Technologies, Inc. · OTC:WNDW
Solarwindow Technologies — New Energy Technologies — Advanced Energy Conference 2013
9 slides from Solarwindow Technologies's conference presentation, May 3, 2013
Slide 1: New Energy Technologies, Inc. - Advanced Energy Conference
EXHIBIT 99.2 New Energy Technologies, Inc. (OTCQB:NENE) Advanced Energy Conference Jacob K. Javits Convention Center - New York, NY May 1, 2013 May 2013 Mr. Patrick Thompson Corporate Office: VP, Business and Technology Development Columbia, MD New Energy Technologies, Inc. (800)213-0689 1
Slide 2: Forward-Looking Statements
Forward-Looking Statements This presentation contains forward-looking statements, which involve assumptions and describe our future plans, strategies, and expectations. These statements are expressed in good faith and based upon our current assumptions, expectations and projections, but there can be
Slide 3: Why is SolarWindow Unique
New Energy Technologies, Inc. Why is SolarWindow™ Unique •World’s first-of-its-kind see-through window capable of generating electricity •Novel, see-through, electricity generating liquid coating applied to glass and other surfaces (14 patents pending) •Focused very specifically on commercial window
Slide 4: SolarWindow Introduction
SolarWindow™ Introduction • Based on organic photovoltaics (OPV) • Works with multiple light sources: – Sunlight – Artificial light – Reflected – Shaded conditions • Architecturally neutral color • High throughput production: – Spray-on, Other methods – Roll to Roll – Sheet to Sheet • Applied at amb
Slide 5: Basis for Polymer OPV
Basis for Polymer OPV Ultrafast photo-induced electron transfer •Conjugated polymers and a fullerene •Discovered in 1992 1 •Can retain high Visual Light Transmission (VLT) Donor •Organic chemistry can tune the: - The open circuit voltage (Voc) - The absorption/color •Allows develop materials for spe
Slide 6: Generic OPV Cell Architecture
Generic OPV Cell Architecture • Transparent metal contacts extract the charge from the device • The donor and acceptor transport holes and - • electrons, respectively, to the contacts Active Layer (Color): – An intimate blend of photo-absorbing electron donor and acceptor – Ultrafast photo-induced e
Slide 7: SolarWindow Commercial Application
SolarWindow™ Commercial Application • Conventional PV (c-Si, thin film): – Higher power conversion efficiency (PCE) than current OPV – Limited rooftop application area, particularly with skyscrapers – Opaque, not see through – Requires elaborate racking and mounting systems – Produces power with nat
Slide 8: Distributed Generation/Micro-Grids
Distributed Generation/Micro-Grids Why Distributed Generation (DG)?* • Smart Grid technologies will benefit from DG • Less vulnerable to catastrophic failures/terrorist attack • Increased redundancy, reliability Why Micro-Grids? • Reduce losses from long distance transmission • Generate/consume with
Slide 9: Summary
Summary SolarWindow TM • Allows energy generation from a necessary building component • Provides tunable, attractive aesthetics and architectural features • OPV performance is rapidly developing – Lab scale prototypes ≥10 % PCE – SolarWindow™ currently the largest see-through OPV module fabricated a
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