Photovoltaic Modules
RECYCLING INDOOR LIGHT TO POWER ELECTRONIC DEVICES USING SOLAIRES’ PEROVSKITE PHOTOVOLTAIC TECHNOLOGY
SPECIFICATIONS
Tuned for indoor light absorption
Ideal for mW power consumption
Customization in size and electrical specifications
APPLICATIONS
Battery-driven indoor smart gadgets
IoT devices
Wireless energy transmission
MANUFACTURING
Designed and produced in British Columbia, Canada
PV modules are produced with the highest quality chemicals and substrates
Sourced from the most reputable suppliers
BENEFITS
Better absorption of indoor light compared to silicon and organic PV
Allows for flexible, light, thin, and translucent modules
OUR TECHNOLOGY
Photovoltaic modules for indoor IoT with superior light absorption and power energy efficiency
Emits up to 75% fewer greenhouse gas emissions than standard technologies
Saves 85 % of GHG emissions compared to disposable batteries (4 AA per year)
PVModules with up to 35% energy conversion efficiency for consumer electronic products
Potential Use Cases
WIRELESS KEYBOARDS
Solaires’ PVModules can be integrated directly into wireless keyboards, capturing ambient light from the office or home environment to power the keyboard continuously. This eliminates the need for traditional batteries, reducing electronic waste and enhancing convenience. Whether you're working late under dim lighting or in a well-lit office, the PVModules ensure your keyboard remains powered at all times, offering a seamless, eco-friendly, and low-maintenance solution for modern workspace.
Why Perovskite Technology?
Theoretically, the best absorber materials for indoor application should
have a band gap between 1.8 to 2.0 eV. That’s why silicon, with a
bandgap between 1.1 to 1.6 ev shows poor performance for indoor light.
Perovskite has a tunable bandgap, meaning we can adjust the bandgap to
be between 1.2 to 2.6 eV by a simple solution processed component
engineering. As a result we can make perovskite suitable for electric
light.