Solar powered OLED solutions for the urban environment

The project aims to realize a number of solar-powered OLED concepts for the urban environment and develop the necessary controller technology to do so. The project will seek to bring two products to the market based upon them, and through a workshop to disseminate widely on OLED technology - its possibilities and pitfalls in its current state.
The project has been aiming at realizing a number of solar-powered OLED concepts for the urban space and developing the necessary convert and management technology for this. The project utilizes OLED technology's unique possibilities as a transparent light source and very high energy efficiency and light quality.
Project description
OLED technology is seen by many as one of the competitors to the inorganic LED technology, which is starting to dominate the lighting market these days. The material forming the active part (light source) in the OLED is based on organic dyes, which basically are very cheap and are compatible with inkjet and other printing technologies that make the possibilities of how to think light sources in the future endless.

The OLED technology is in a significantly less mature stage of development than the inorganic LED variant and it is in a rather far future that we will see OLEDs become a competitive source for the mass market taking over from the LED. So in the beginning, the OLED industry agrees that the market penetration must be based on niche applications which are less price sensitive than standard light sources. In this project we use OLED technology's unique capabilities as transparent light source having a very high energy efficiency and light quality in combination with solar cells capable of creating efficient autonomous lighting products to the urban space. Furthermore, OLEDs can be realized in a pixelated configuration so that each pixel can be addressed separately e.g., RGB, providing entirely new opportunities for communicating light sources.

The project seeks further to address and lowers the barriers for the use of OLED lighting which is in a phase where producers lack the specific applications to come to market with their products, which is something we are known for being excellent at in Denmark.
Results

The project has been aiming at realizing a number of solar-powered OLED concepts for the urban space and developing the necessary convert and management technology for this. OLED technology is an organic technology, seen as one of the competitors of the inorganic LED technology. The project utilizes OLED technology's unique possibilities as a transparent light source and very high energy efficiency and light quality. The project further seeks to break down the barriers for using OLED light sources, which are in a phase where manufacturers lack special applications to market their products. Via a workshop, the results of the new OLED technology have been widely disseminated so that Danish actors interested in using the new and immature technology will get the best possible outcome. Three OLED solutions have been realized in the form of prototypes that paves the way to future products when the technology is ready. An ultra-efficient electrical conversion solution has been produced, patented and led to the spin-off company Nordic Firefly, which aims to exploit the technology commercially and create both national jobs and export solutions.

Key figures

Period:
2015 - 2017
Funding year:
2015
Own financial contribution:
0.99 mio. DKK
Grant:
1.73 mio. DKK
Funding rate:
64 %
Project budget:
2.72 mio. DKK

Category

Oprindelig title
Solcelledrevne OLED løsninger til byrummet
Programme
ELFORSK
Technology
Energy efficiency
Project type
Forskning
Case no.
ELFORSK 347-050

Participants

Danmarks Tekniske Universitet (DTU) (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
Danmarks Tekniske Universitet (DTU)
AKJ INVENTIONS ApS
OUT-SIDER A/S
Morten Lyhne Design

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