What This Collection Covers
Of the 33 peer-reviewed studies indexed here relevant to this topic, 27 — 81.8% — found biological effects from wireless radiation exposure. One assessed smart meters directly, though for absorbed dose rather than health outcomes. The health question still has to be approached through research on comparable frequencies at comparable distances.
Qureshi and colleagues (2018) calculated specific absorption rates from smart meters using three anatomically realistic human models with age-dependent tissue properties, in standing and sleeping postures. The highest whole-body value was 1.87 mW/kg, in the child model at 15 cm from a 2,450 MHz device — the child models absorbed most, which the authors attributed to body dimensions and tissue properties. Every calculated value was very small relative to ICNIRP public exposure limits.
How a Smart Meter Differs From a Phone
A smart meter transmits in brief bursts rather than continuously, reporting usage data on a schedule that varies by utility and model — some every few seconds, others a few times a day. It is mounted on an exterior wall, typically several meters from where anyone sits or sleeps, and it is not held against the body.
That geometry is the whole difference. A phone against the head delivers absorption in the range where experimental effects have been documented. A wall-mounted transmitter several meters away delivers a small fraction of that, because intensity falls with the square of distance. The meter's disadvantage is duration rather than intensity: it is there permanently, and nobody switches it off at night.
What Residential Measurement Shows
Viel and colleagues (2009) gave personal exposure meters to 200 randomly selected people for 24 hours, paired with time-location-activity diaries. For much of the time the recorded field strength fell below the meter's 0.05 V/m detection threshold, with the FM broadcast band the most frequently detectable at 12.3% of readings above threshold. The maximum electric field strength recorded was always below 1.5 V/m, and exposure from GSM and DCS base stations peaked at distances around 280 m and 1,000 m rather than immediately beneath antennas.
That study measured broadcast and base-station exposure rather than meters, but it establishes the scale of typical residential radiofrequency environments: low, variable, and dominated by sources people rarely think about.
What Residents Report
Abdel-Rassoul and colleagues (2007) studied 85 people living near a base station and found significantly higher rates of headache, memory changes, dizziness, tremors, depressive symptoms and sleep disturbance than among controls. Hutter and colleagues (2006) studied 365 residents near ten base stations, measured exposure far below recommended limits at a maximum of 4.1 mW/m², and concluded that effects on wellbeing and cognitive performance could not be ruled out, with no known mechanism at those levels.
What Blinded Testing Finds
Röösli and colleagues (2010) reviewed 5 randomized human laboratory trials and 12 epidemiological studies of base-station radiation. Most randomized trials found no association between exposure and symptoms, and the review concluded that evidence for a missing relationship between exposure up to 10 volts per metre and acute symptom development is strong.
The observational studies and the blinded trials point different ways, and both are in this collection.
What the Evidence Does Not Show
No study here demonstrates that a smart meter has caused a health effect, and none measured one. The mechanistic research showing DNA and oxidative effects used exposures far above what a wall-mounted meter delivers at household distance. The symptom research is genuinely split along the observational-versus-blinded line.
Practical Options
Distance remains the reliable lever. A meter on an exterior wall matters most when a bed or a desk sits directly against the other side of that wall — moving the furniture is simpler than moving the meter and achieves more than most alternatives. Many utilities offer an opt-out or a non-transmitting meter, usually for a fee; availability varies by jurisdiction and this collection holds no research on those programs. For households concerned about total exposure, the indoor transmitters — routers, cordless phone bases, and handsets — sit far closer than the meter and contribute correspondingly more.
