ORGANIC PHOTOVOLTAIC (OPV)
OPV: Third Generation Solar Panels
An organic photovoltaic film capable of creating smart surfaces that generate clean energy. They are the third generation of solar cells that enables energy generation on any surface, from smart building glass facades to vehicle and urban furniture.
Compared to traditional solar technologies, OPV is the most sustainable alternative with the lowest carbon footprint due to theprinting production and organic materials used:
1. Flexible: due to plastic substrate (PET)
2. Recyclable: made with 95% eco-friendly and organic materials
3. Lightweight: with a typical OPV wafer weighing 300g/m
4. Transparent: up to 70% transparency
5. Customizable: each wafer’s color, shape,and sizecan be customized
2
DESIGN FEATURES
BENEFITS & COMPETITIVE ADVANTAGE
Best Light Absorption Under Different Irradiation Conditions
For each installed watt, the OPV generates more power due to its greater capacity factor
Best Low Performance Light
Best Power
x
Weight
High capacity on light utilization, especially in low light environments, resulting in the best power generation with up to 600x brightness smaller than direct sunlight
The lightest technology for solar power generation in the market, with 70Wp/kg
Lowest Carbon Footprint Among All Solar Technologies
Easy Transportation & Installation
After just 2 months of installation, the OPV compensates for the energy required for its production. Disposal is also sustainable as it is manufactured with organic materials
The OPV can be transported as tools or sheets, and the mechanical installation resembles the application of adhesive films
APPLICATIONS
Our OPV's have been deployed in over 30 projects across 6 continents in numerous business sectors and industries
BioPV
Smart Cities
Building integrated PV systems with OPV laminated on glass windows, building facades, skylights, roofs, and floating structures
Applications in off-grid urban furniture such as solar trees with USB outlets and night lights, bus stops, and carports
Mobility
Integration of OPVs with vehicles to provide better energy efficiency and to power exhaustion systems, GPS, and electronic locks