June 02, 2025

Why protection against electrosmog is so important in electric cars.

Electrosmog in electric cars - the invisible danger on four wheels

Why protection against electromagnetic radiation in electric vehicles is essential

Electric cars are a symbol of progress. They stand for innovation, environmental awareness and modern mobility. But while we are happy about quiet engines and emission-free driving, one topic is often overlooked in the discussion about e-mobility: Electrosmog - electromagnetic fields that are generated inside e-cars and affect our bodies.

Many people report fatigue, headaches, restlessness or difficulty concentrating after long journeys in electric vehicles. Could there be a connection with electromagnetic radiation? This article sheds light on scientific findings, the experiences of those affected and shows how you can protect yourself effectively - e.g. with modern biotechnology such as ZES Bodyguard technology.

What is electrosmog?

Electrosmog refers to all electromagnetic fields (EMFs) generated by technical devices. These fields surround us every day - be it through WLAN, mobile telephony, Bluetooth or power-operated devices. Electric cars also generate a large number of these fields, particularly through:

  • the electric motor and its control electronics

  • High-voltage batteries and charging units

  • Displays, navigation devices, Bluetooth systems

  • Heaters (e.g. seat heating, steering wheel heating)

  • Chargers for smartphones or tablets in the vehicle

These EMFs can affect our bodies at a cellular level - especially when we spend long periods of time in enclosed, metallic structures such as a car.

Electrosmog in electric cars: invisible but measurable

A "cockpit of radiation" is created in the interior of electric cars. Various EMF sources overlap and create a complex electromagnetic environment that can be clearly detected using special measuring devices. Measurements show:

  • Magnetic fields of up to several microtesla (µT) - especially in the footwell and near the battery

  • Alternating electric fields in the range of several hundred volts per meter

  • High-frequency fields from Bluetooth, WLAN or mobile phone connections

As metal car bodies can only partially shield or even reflect electromagnetic radiation, so-called standing waves are created that overlap inside the vehicle. This means that people are constantly penetrated by an electromagnetic mixture of different frequencies.

The physical effects of EMF in an electric car

While there are no legally binding limit values for EMF in vehicle interiors, numerous studies and field reports show that electrosmog can have an impact on our well-being - especially on long journeys or in rush-hour traffic.

Typical symptoms associated with EMF exposure in the car:

  • Tiredness and exhaustion: Despite getting enough sleep, many drivers feel exhausted after the journey.

  • Headaches or migraines: especially during long journeys or heavy traffic.

  • Inner restlessness or nervousness: EMF can influence the autonomic nervous system and trigger stress reactions.

  • Sleep disorders: After long car journeys, those affected often report restless nights.

  • Cardiac arrhythmia or a feeling of pressure in the chest: EMF can affect the autonomic nervous system in sensitive people.

  • Concentration problems and irritability: Particularly relevant for commuters and frequent drivers.

These symptoms vary from person to person and are often not immediately associated with driving. However, if you consciously listen to your body and take test measurements if necessary, you will often recognize clear correlations.

Electrosensitive people particularly affected

Electromagnetic hypersensitivity (EHS) people are particularly sensitive to electromagnetic fields. For them, a car journey can be a real burden. However, even people without known electromagnetic hypersensitivity report a better general state of health when electrosmog is reduced in everyday life - including in the car.

Why the e-car in particular?

Conventional combustion engines also generate EMF through electronics (e.g. ABS, ESP, entertainment systems). However, the exposure is significantly higher in electric cars:

  • Strong magnetic fields due to high-voltage batteries

  • Permanent electric fields from control units

  • High-frequency fields from constantly active communication systems (WLAN, Bluetooth)

  • Intensive current flow through the drive and recuperation unit

The more technology is installed, the higher the exposure. Modern electric cars in particular, with their many "smart" features, create a veritable network of electromagnetic fields that permanently penetrate the body.

How can you protect yourself in the car?

The good news: electrosmog in the car can be reduced. Here are some tried and tested measures:

1. conscious behavior

  • Switch off unnecessary Bluetooth and WLAN connections.

  • Use the flight mode on smartphones when no connection is required.

  • Do not charge devices while driving if it is not necessary.

2. create distance

  • Store electronic devices as far away from your body as possible.

  • Do not place smartphones in the chest area or directly on your lap.

3. use protective products

One of the most effective methods of protecting yourself on the move is the use of biotechnological protection solutions such as ZES Bodyguard technology. This patented technology is based on findings in biophysics and works directly at cellular level by supporting the body's natural regulatory mechanisms.

In the special format of the ZES Ultimate Protection Card the protection fits easily into your wallet or glove compartment - and is effective wherever you go. Studies show that the technology has been proven to promote cell regeneration and significantly reduce stress reactions caused by EMFs.

What makes ZES Bodyguard technology so special?

  • Patented and scientifically tested - in collaboration with leading European universities

  • Effect at cellular level - not shielding, but supporting the body's own regulation

  • Easy to use - e.g. as a wristband, card or recovery pad under the car seat

  • Used by professional athletes and luxury hotels - quality that top performers also rely on

This technology can be easily integrated into any car journey - whether you're a commuter, cab or delivery driver or simply on your way to vacation.

Testimonials: "I've been driving more relaxed and clearer since then"

Many users report a noticeable improvement after using ZES Bodyguard products:

"I was often irritable after driving and couldn't explain it. Since I've had ZES Bodyguard in my car, I drive much more relaxed and have fewer headaches." - Peter W., frequent driver

"As an electrosensitive person, I almost despaired - no journey without dizziness. With the ZES bracelet, I can finally drive more relaxed again." - Claudia D., 49 years old

Conclusion: electrosmog in electric cars is real - and solvable

The issue of electrosmog is often underestimated in the mobility debate. Yet it is clear that electric cars offer many advantages - but they also bring new challenges for our health. Tiredness, headaches, irritability or sleep disorders after long journeys can be signs of EMF exposure.

But the solution is simpler than many people think: conscious behaviour, the use of innovative protective technologies such as the ZES Bodyguard and regular breaks and mindfulness in everyday life help to minimize invisible stress.

Published by Arthur Passler