Lighting Answers To Plasma Lighting Systems

The latest publication from the National Lighting Product Information Program (NLPIP) at Rensselaer Polytechnic Institute’s Lighting Research Center (LRC) is Lighting Answers: Plasma Lighting Systems.

Plasma lighting systems, also known as electrodeless high-intensity discharge, light-emitting plasma, high-efficiency plasma, or advanced plasma lighting, are emerging in the marketplace primarily for high-bay and outdoor lighting applications. Many specifiers and others involved with lighting technologies have heard of plasma lighting systems, but would like more information on how plasma compares with other light sources, regarding performance characteristics such as light output, system efficacy, colour characteristics, lumen maintenance, and rated life.

Lighting Answers: Plasma Lighting Systems provides straightforward information on these performance characteristics and others such as operating orientation, dimming, warm-up and restrike times, electromagnetic compatibility, and ultraviolet radiation. The report details findings from NLPIP’s study of plasma lighting systems, conducted from 2012 to 2013, and responses from a survey of more than 300 lighting specifiers who provided their opinions on the application of plasma lighting systems and information on any installations they had evaluated.

Key findings:

· Purchasing plasma lighting systems can be difficult.
· The tested plasma lighting systems have system efficacies comparable to conventional sources used for high-bay and outdoor lighting applications.
· The tested plasma lighting systems have colour rendering characteristics comparable to conventional sources although they have a greenish-white tint.
· The tested plasma lighting systems could be dimmed but dimming impacts color and system efficacy.

The report was sponsored by the Connecticut Energy Efficiency Fund, Natural Resources Canada (NRCan), and the New York State Energy Research and Development Authority (NYSERDA).

Read the full report here.

01 Dec