Uppsala
,
Sweden
2018
11-50 employees

Peafowl Plasmonics

Peafowl Plasmonics is a deep tech start-up based in Uppsala, Sweden. Their primary mission is to revolutionize electronic applications using plasmonics technology, a field of physics that takes advantage of the plasmon resonance in the metal nanostructures to convert light to electrical energy. Their market focus is on low-power devices such as indoor sensors, e-paper displays, and dynamic windows. This technology is aimed towards introducing sustainable energy sources while maintaining the aesthetics and functionality of light-sensitive devices.

Find anything inaccurate? If you spot any mistakes on this page, report to us here.

Overview

Information unavailable for this sample.
Application Industry
Information unavailable for this sample.
Scalability Roadmap
Information unavailable for this sample.

Commercial Maturity

Annual Revenue
Information unavailable for this sample.
Number of Customers
Information unavailable for this sample.
Funding Raised
Information unavailable for this sample.

Solutions

Peafowl Plasmonics
Hardware
>
Energy
>
Energy and Heat Generation
>
Contact us to see
Peafowl Plasmonics is a deep tech start-up based in Uppsala, Sweden. Their primary mission is to revolutionize electronic applications using plasmonics technology, a field of physics that takes advantage of the plasmon resonance in the metal nanostructures to convert light to electrical energy. Their market focus is on low-power devices such as indoor sensors, e-paper displays, and dynamic windows. This technology is aimed towards introducing sustainable energy sources while maintaining the aesthetics and functionality of light-sensitive devices.
Peafowl Indoor Sensors
Hardware
>
Energy
>
Energy and Heat Generation
>
Contact us to see
Peafowl Plasmonics is a deep tech start-up based in Uppsala, Sweden. Their primary mission is to revolutionize electronic applications using plasmonics technology, a field of physics that takes advantage of the plasmon resonance in the metal nanostructures to convert light to electrical energy. Their market focus is on low-power devices such as indoor sensors, e-paper displays, and dynamic windows. This technology is aimed towards introducing sustainable energy sources while maintaining the aesthetics and functionality of light-sensitive devices.

Featured Partners

No items found.

Sustainability Impact

Sustainability Certifications

No items found.

Media

Video
Images
No items found.

Categories

Need more info?
Our Sustainability Tech Scouting platform features up 6 levels of deep categorization, helping you narrow down your search quickly.

FAQ