Conrad Burke - "I'm not an environmentalist, I'm a capitalist"

[FortLaudy 10]

ABOUT INNOVALIGHT

Innovalight is focused on bringing high efficiency, low-cost solar modules to the marketplace. Enabling this manufacturing paradigm shift is the company’s silicon ink, which has been in development since 2002. Historically, silicon has been processed either as a solid or as a gas. Using liquid based processing Innovalight will dramatically improve the cost and efficiency of today’s solar modules.

The Company was recognized as a Technology Pioneer winner at the Annual Meeting of the World Economic Forum held in Davos, Switzerland and was selected by the United States Department of Energy for its 2008 PV Incubator program. The Company has been extensively profiled in Time, CNN, and other major news and industry organizations as a technology leader crusading for new, cleaner energy solutions.

Innovalight is a venture capital financed company based in the heart of Silicon Valley.

INNOVALIGHT PRODUCTS

Innovalight is developing products for the residential and commercial rooftop market. The initial product will have a similar look and feel to today’s crystalline based solar cells and modules but will have a significantly higher power output per area. With our high efficiency products, system integrators will require less mounting hardware, cables and labor to complete an installation. These reductions in balance of system costs (BOS) coupled with our lower cost products will drastically reduce the cost of solar installations.

Innovalight’s first product is the marriage of the time-tested crystalline wafer platform with a new silicon processing technique. This “silicon on silicon” solution yields high efficiency at a low cost while virtually eliminating any reliability risk that is common with products incorporating unproven materials. Future products will leverage the company’s demonstrated contactless inkjet manufacturing platform. This platform gives Innovalight a sustainable competitive advantage compared to existing high efficiency product producers because it significantly simplifies the manufacturing process while also enabling the use of ultra thin crystalline wafers.