Osram LEDs illuminate the Sistine Chapel5 November 2014
The Sistine Chapel in Rome is now illuminated by a novel lighting solution from Osram. After 500 years, this extraordinary piece of art history can now be experienced in unprecedented quality, bathed in the light of more than 7,000 LEDs.
The installation that has been put in place over the last few months is designed to protect the artworks while enabling much stronger lighting. At the same time, it will use up to 90% less electricity than the previous installation. The European Union supported the project.
Dr Klaus Patzak is Osram’s chief financial officer and is also responsible for the luminaires and solutions division: “Osram has developed an LED lighting solution that sets standards in terms of technological strength, quality and innovation. It’s the first such solution in the world and paves the way for completely new possibilities for our clients. We will now rapidly turn this potential into reality.”
Professor Antonio Paolucci, director of the Vatican Museums said: “The Sistine Chapel contains the most extraordinary works ever conceived by the human mind and is Michelangelo’s masterpiece. We want to honour the 450th anniversary of Michelangelo’s death by providing new lighting for his work.”
Neelie Kroes, vice president of the European Commission and responsible for the Digital Agenda for Europe: “Art exists to inspire us and illuminate our minds. Now that we have illuminated the Sistine Chapel with LEDs, Michelangelo’s art can fulfil this role even more than it has up until now throughout history.”
The lighting of the Sistine Chapel is a pilot project with the working title of LED4Art, supported by the European Funding Program for Information and Communication Technology within the Framework Program for Competitiveness and Innovation (PSP-CIP).
The aim of the subsidy programme was to demonstrate new possibilities for LED technology with regard to energy efficiency and improved quality of light, and thus to achieve more rapid market penetration for the new technology. In addition to the project coordinator Osram, other partners involved are the Pannonian University in Hungary, the Institut de Recerca en Energia de Catalunya in Spain and the planning offices of Faber Technica in Italy.