Hamburg / Berlin, Germany – Royal Philips (NYSE: PHG AEX: PHIA) has developed a media enabled luminous ceiling that can simulate energizing daylight to comfort critically ill patients. The LED based ceiling has been introduced into clinical use by the Charité Campus Virchow Clinic in Berlin as part of a unique stress-reducing concept called 'Parametric Spatial Design'. Hospital staff can enter the desired parameters and the large, sky like area creates visuals and light moods customized to the situation of individual patients, enabled by software from ART+COM. The Clinic has implemented the concept in two of its intensive care patient rooms to enhance the healing environment for patients who are severely ill.
 
Research shows that most people will at least once in their life be treated in an Intensive Care Unit.¹ In many cases the patients' lives are at risk as they await an operation or start to recover after surgery. In this critical phase they often find their surroundings irritating and hostile. Clinical research has shown that factors like loud noise, inappropriate lighting conditions and social isolation can increase the risk of patients in intensive care slipping into a shock-like state.² 



Until now there has been very little data available about the health-related effects of hospital rooms with a controllable atmosphere. For this reason, intensive care physicians, psychologists and sleep researchers at the Charité Clinic in Berlin will continue to work together with its partners GRAFT architects and the ART+COM design studio to use the integrated spatial concept for research over the coming twelve months. The Parametric Spatial Design concept was developed by GRAFT architects, the ART+COM design agency and the Charité Clinic in Berlin in a joint venture and funded by the German Federal Ministry of Economy and Technology (AiF).
 
Philips has played a significant role in designing this innovative concept, thanks to its expertise in lighting design and technology.
 
"We find that particularly in such critical areas as the intensive care department, lighting design is becoming increasingly important in the patient environment," explains Roger Karner, Managing Director of Philips Lighting DACH. Together with our partners we can provide healthcare establishments like the Charité Clinic with turnkey lighting solutions that are tailored precisely to the specific needs of their patients," adds Karner.
 
LED lighting in the luminous ceiling 
The luminous ceiling concept from Philips combines the natural, dynamic rhythm of daylight and the effects of gentle colorful light and visual content. It incorporates 15,400 LEDs and extends from the ceiling onto the wall in front of the patient’s bed, and therefore fills their field of view completely.
 
In addition to the RGB (color) LEDs, high-performance LEDs with a warm-white and cold-white color temperature have also been integrated into the ceiling. They are able to produce light output that is comparable with the light from a clear sky in summer.[3] It is this high level of light output that brings the biological effect of light into the intensive care room. It supports the patient's natural day/night rhythm and helps to promote healthy sleep patterns.
 
How the luminous ceiling adapts to patient needs 
The first prototype is now in clinical use. In the new intensive care rooms at the Charité Clinic the medical apparatus has been hidden from view and the level of noise has been reduced. The innovative LED luminous ceiling from Philips adapts to suit the patient's specific wishes: the doctor in charge of the patient's care enters a number of parameters relating to the patient's wellbeing on a tablet PC. A program specially designed by ART+COM controls the screen in such a way that the light is tailored to suit the patient's needs and an appropriate mood is created in the patient room. Amongst other things, live weather updates from the German meteorological office are used to support this process.
 
Light and its role in enhancing the healing environment
For many years Philips has been researching and developing special lighting systems for hospitals. The advent of digital lighting technology of LED allows an unprecedented level of control of color temperature and light intensity that has made this new concept possible. Philips has very recently installed its HealWell lighting system in the German Heart Center in Berlin and in other hospitals in Germany, the UK, the Netherlands, Central Europe, Middle East and South East Asia. This system simulates the natural, dynamic rhythm of daylight. A pilot study carried out in conjunction with the University Clinic in Maastricht has researched the effects of this system: HealWell led to improvements in the quality of sleep of patients, enhanced mood and a rise in satisfaction levels among patients and healthcare workers.
 
¹ Cases treated in intensive medical care; in 2010: 2,055,087, in 2011: 2,107,852. Source: The information system of the Federal Government Health Reporting Body ('Das Infor­mations­system der Gesund­heits­bericht­erstat­tung des Bundes') www.gbe-bund.de

² See 'Intensive care unit environment', S. 178 – 183, in: Continuing Education in Anaesthesia, Critical Care & Pain, Oxford Journals, 2009 http://ceaccp.oxfordjournals.org/content/9/6/178.extract