Organic-based solar technology manufactured using advanced reel-to-reel printing techniques.
Unlike traditional solar panels, which use silicon as the photoactive layer, Printed Solar uses carbon-based semi-conducting polymers printed on recyclable PET plastic.
These materials are highly abundant and do not require the energy-intensive manufacturing used to produce silicon solar panels.
Recycling
Unlike other energy technologies, Printed Solar has been designed to be fully recyclable from the start.
Printed Solar is one of the lowest emissions intensive energy sources available.
Complementary technologies, not competition.
Complementary technologies, not competition. Click on Printed Solar or Traditional Silicon Solar to compare.
- Printed Solar
- Traditional Silicon Solar
|
Printed Solar |
Traditional Silicon Solar |
|
Cost US ($/m ) |
10 | 100 |
Weight (kg/m ) |
0.3 | 15-20 |
Material Consumption (g/m ) |
270 | 12,350 |
Energy Consumption (MJ/m ) |
37 | 2,297 |
Energy Payback (Months) |
<6 | 36-60+ |
Financial Payback Period (Months) |
<18 | 36-60+ |
Specific Power (W/kg) |
130 | 20-40 |
Printed Solar has been developed over 28 years of research and development
Printed Solar has progressed from small lab-scale devices (2 – 3 mm2) to large scale demonstrations (> 400m2), installed in collaboration with commercial partners.
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