BfS Topics in the Bundestag
Public sale of new radio frequencies
Emissions from compact fluorescent lamps
Full-body scanners
Statement on the Issue of Possible Effects on Animals and Plants
Bioinitiative Report
Risk Factors for Childhood Leukemia
REFLEX Final Report
Comments on the “Naila Mobilfunkstudie” by the BFS
Comments on electrosmog shielding mats
DECT Phones, ÖKO-TEST February 2004
BfS statement to ÖKO-TEST's investigation into baby monitors
DECT phones, ÖKO-TEST September 2002
Electronic Article Surveillance

Electromagnetic Fields > ... > Emissions from compact fluorescent lamps

Using compact fluorescent lamps (energy saving lamps) is of no concern from a radiation protection point of view

The use of compact fluorescent lamps for general lighting purposes in households is of no concern from a radiation protection point of view. Present studies demonstrate, that the levels of emitted optical radiation and electric and magnetic fields comply with internationally recommended limit values.

Several characteristics of compact fluorescent lamps, which are important for risk assessment, differ only slightly from those of incandescent lamps. When staring straight into a light source for a sufficient period of time, the inherent blue light fraction of incandescent lamps can result in a higher risk for the eye than that of compact fluorescent lamps. Furthermore, the technology of compact fluorescent lamps is very similar to that of the widespread fluorescent tubes.

Proven measure in radiation protection: reduction of avoidable exposures

In addition to the requirement to comply with the respective limit values, the reduction of avoidable exposures is a proven measure in radiation protection. The reduction of avoidable exposures even below limits as a precautionary measure is based on the following aspects:

  • UV radiation is classified as a carcinogen;
  • already weak UV radiation can cause adverse health effects;
  • the knowledge about possible health risks from electric and magnetic fields with frequencies in the kilohertz range is limited compared to other areas of the electromagnetic spectrum, including risks associated with UV radiation. Therefore, there are additional uncertainties in the health assessment with respect to these frequencies.

As a consequence lamps for domestic use should emit only low levels of electromagnetic radiation outside the visible range. 

Although internationally recommended limit values are being complied with, differences occur

The measurements carried out by the BfS and the few data published by others show that major differences exist in the market for compact fluorescent lamps between different brands.

BfS therefore calls upon the manufacturers to introduce an easily recognizable label of those lamps, which among others meet aspects of precautionary radiation protection. The "Blue Angel" (RAL-UZ 151) is an example of such a label.


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