On December 5th, PhotonStar LED and Cambridge University of the United Kingdom received funding from the Government Technology Strategy Committee to collaborate on a project called "LED Lighting for the 21st Century (LL21C)".
The goal of the project is to produce high-power GaN LEDs with 90% light output, featuring new ultra-thin features in a simple package. The main purpose is to improve performance and reduce costs. The project will last for 1 year and will cost 1 million Euros.
Why the Technology Strategy Committee invested in this project. Director Iain Gray said this is an innovative development and research project that will allow the UK to develop world-leading LED technology.
PhotonStars said it was a great victory for them and recognized the role played in this project. The R&D team formed by both parties is made up of prestigious people who have influence in the field of lighting. I believe that LED technology that can promote energy conservation and environmental protection goes further.
Professor Colin Humphreys of the University of Cambridge added: "We are happy to see the introduction of Cambridge's advanced GaN growth technology into this project. The popularity of LEDs is important for reducing CO2 emissions."
According to reports, the UK Government's Technology Strategy Committee invested 7 million euros in 12 projects to innovative lighting technology, while the UK Engineering and Physical Sciences Research Council invested 1 million euros in five lighting projects.
The goal of the project is to produce high-power GaN LEDs with 90% light output, featuring new ultra-thin features in a simple package. The main purpose is to improve performance and reduce costs. The project will last for 1 year and will cost 1 million Euros.
Why the Technology Strategy Committee invested in this project. Director Iain Gray said this is an innovative development and research project that will allow the UK to develop world-leading LED technology.
PhotonStars said it was a great victory for them and recognized the role played in this project. The R&D team formed by both parties is made up of prestigious people who have influence in the field of lighting. I believe that LED technology that can promote energy conservation and environmental protection goes further.
Professor Colin Humphreys of the University of Cambridge added: "We are happy to see the introduction of Cambridge's advanced GaN growth technology into this project. The popularity of LEDs is important for reducing CO2 emissions."
According to reports, the UK Government's Technology Strategy Committee invested 7 million euros in 12 projects to innovative lighting technology, while the UK Engineering and Physical Sciences Research Council invested 1 million euros in five lighting projects.
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