Energy efficient laser enhancement of stage spotlights

The project aims at bringing novel energy efficient laser lighting technology to the entertainment lighting industry by developing and demonstrating two new types of laser based light sources. They will be use to replace high power discharge lamps in stage spotlamps and provide higher efficiency, longer lifetime and reduced environmental impact.
 
Project description

The project aims at bringing novel energy efficient laser lighting technology to the entertainment lighting industry by developing and demonstrating two new types of laser based light engines. They are designed to replace high intensity discharge (HID) lamps used in high power stage spot lamps, leading to significant reductions in energy consumption and dramatic increase in lamp lifetime and reduction of the environmental impact. This cannot be achieved using Light emitting diode (LED) technology alone, due to the limited luminance of LEDs.

The project team unifies all the necessary competences and experimental facilities to the project work from laser diode and LED systems, spectroradiometric testing, materials handling, thermal management, product design and production, electronic control to market/user knowledge within the entertainment lighting industry. 
The project will bring the two companies in front within laser lighting technology and many new applications are anticipated within the lighting industry. The general perspectives and results of the development work will be made publically available, e.g. to the scientific and industrial communities.

Key figures

Period:
2017 - 2021
Funding year:
2017
Own financial contribution:
5.26 mio. DKK
Grant:
7.66 mio. DKK
Funding rate:
59 %
Project budget:
12.93 mio. DKK

Category

Oprindelig title
Energieffektiv laser forstærkning af scenespotlys
Programme
EUDP
Technology
Energy efficiency
Case no.
64017-0588

Participants

Danmarks Tekniske Universitet (DTU) (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
Danmarks Tekniske Universitet (DTU) 6,27 mio. DKK 0,70 mio. DKK
Brother & Son ApS 1,39 mio. DKK 3,77 mio. DKK
Luxtone 0,00 mio. DKK

Contact

Kontakperson
Carsten Dam-Hansen
Comtact information

Risø Campus

Bygning 130

Frederiksborgvej 399

4000 Roskilde

Contact email
cadh@fotonik.dtu.dk

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