Flexible Electronics News

Johns Manville’s E3 Company and Energy Conversion Devices Reach Agreement

ECD to supply its UNI-SOLAR laminates to Johns Manville

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By: DAVID SAVASTANO

Contributing Editor, Coatings World and Ink World

Johns Manville (JM), a leading global manufacturer of an extensive line of energy-efficient building products, and Energy Conversion Devices, Inc. (ECD), a manufacturer of proprietary, thin-film amorphous silicon-based photovoltaic (PV) laminates announced that they have reached a multi-year agreement for ECD to supply its UNI-SOLAR laminates to Johns Manville. To support its entry into the field of solar energy, JM has created and will market its unique capability through a new business entity, the JM E3 Company, more informally known as E3Co.

According to Fred Stephan, vice president and general manager of the Roofing Systems business for Johns Manville, “This further strengthens our leadership in sustainable roofing. We are excited to partner with ECD to incorporate their lightweight, flexible and durable UNI-SOLAR laminates into our single ply, built-up and modified bitumen roofing membrane systems. Supported by JM’s 150 years of commercial roofing experience and ECD’s expertise in building-integrated photovoltaics, this agreement is our first step in offering a range of new solar-energy producing roofing products to our customer base.”

“Johns Manville is well known for being a leading provider of high-quality commercial roofing products,” Mark Morelli, ECD’s president and CEO, said. “We look forward to working with them to advance the adoption of clean, renewable power in the form of rooftop solar technology.”

At less than one pound per square foot, UNI-SOLAR laminates are lightweight, non-intrusive and require no rooftop penetrations or mounting systems, eliminating the negative impact on roof life and performance that is associated with penetrating PV systems. Additionally, these thin-film PV laminates provide a solid return on investment through a low installed cost and low cost-per-kilowatt-hour of energy produced when compared to traditional rigid glass panel PV alternatives.

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