Electrosmog in electric cars - an invisible burden for drivers and passengers?
Electromobility is on the rise. More and more people are switching to electric cars - whether due to environmental awareness, tax advantages or technological progress. But while e-cars are celebrated as a forward-looking alternative, there is an often overlooked downside: electrosmog.
Many drivers report symptoms such as headaches, tiredness or concentration problems after long journeys in an electric car. But what is really behind this? How does electrosmog arise in an electric vehicle and what effects can it have? In this article, we take a detailed look at the topic and show you how you can effectively protect yourself against it.
1 What is electrosmog?
Electrosmog is a collective term for the electromagnetic fields (EMF) generated by electrical devices and power lines. These fields vary in intensity and frequency - from low-frequency magnetic fields from power lines to high-frequency waves from mobile phones, WLAN or Bluetooth.
We are constantly surrounded by electrosmog in our everyday lives, but in an electric car there are special sources that can cause increased exposure.
2 How is electrosmog created in an electric car?
An electric vehicle is full of technology that generates electromagnetic fields. The main sources of electrosmog in an electric car are:
2.1 Electric motor and high-voltage battery
The heart of every electric car is the electric motor, which is powered by a powerful high-voltage battery. Strong electromagnetic fields are generated during charging, discharging and while driving. The radiation intensity is particularly high during heavy acceleration or when charging at a fast charging station.
2.2 Power electronics and inverters
An electric car uses inverters that convert the battery's direct current into alternating current for the motor. These components generate additional electromagnetic radiation that can propagate in the passenger compartment.
2.3 WLAN, Bluetooth and mobile communications in the car
Modern electric cars are fully networked. WLAN, Bluetooth and mobile phone connections (e.g. for navigation systems or infotainment) generate high-frequency radiation, which contributes to the overall exposure.
2.4 Inductive charging and power lines
Some electric cars offer inductive charging, which also generates low-frequency magnetic fields. The power lines that run right through the vehicle also generate electromagnetic fields.
3. electrosmog in e-cars vs. combustion vehicles
While conventional vehicles also generate electrosmog through on-board electronics and radio connections, the exposure in electric cars is often higher. Studies have shown that the magnetic fields in electric vehicles can be up to four times higher than in combustion engines.
This is mainly due to the high-voltage technology and the fact that the battery is often located directly under the seats, depending on the vehicle model. This means that the driver and passengers are exposed to a continuous source of radiation.
4. effects of electrosmog on health
Electrosmog is a controversial topic. While some experts classify the health effects as harmless, there are numerous studies that point to possible risks.
The most common complaints in connection with electrosmog include
✅ Tiredness and concentration problems - Electrosmog can impair cognitive performance, especially on long journeys.
✅ Headaches or migraines - Many people report an increased incidence of headaches after prolonged exposure.
✅ Sleep disorders - Electromagnetic fields can affect the biorhythm and thus worsen the quality of sleep.
✅ Cardiovascular problems - In some cases, increased heart rates or cardiac arrhythmias have been observed.
✅ Increased stress levels - Electrosmog can put a strain on the nervous system and lead to increased susceptibility to stress in the long term.
Particularly sensitive people - so-called electrosensitive people - often react even more strongly to electromagnetic fields.
5 How can you protect yourself from electrosmog in an electric car?
Even if electrosmog in electric cars cannot be completely avoided, there are effective measures to significantly reduce exposure.
5.1 Shielding the passenger compartment
There are special shielding foils and materials that reduce electromagnetic fields. Some manufacturers already offer shielding measures in their models.
5.2 Switch off WLAN and Bluetooth
Modern vehicles offer the option of manually deactivating data connections such as WLAN and Bluetooth. If these are not required, they should be switched off.
5.3 Charging the battery correctly
A minimum distance should be maintained when charging the vehicle, especially at fast charging stations. Waiting a few minutes after charging before getting into the car can reduce direct exposure.
5.4 Keep away from high-voltage cables
If possible, the seat should be selected so that direct contact with high-voltage batteries or cables is minimized. Depending on the model, the front passenger and rear seat area in particular may be subject to higher loads.
5.5 Use of protective products such as ZES Bodyguard
ZES Bodyguard technology has been specially developed to protect the body from the effects of electrosmog. Products such as the ZES Ultimate Protection in check card format can easily be carried in the car and provide an additional protective barrier. Or the ZES Bodyguard Allrounder80which offers even more protection thanks to a larger coil and can still be easily carried anywhere.
5.6 Improve fresh air supply
Regular ventilation or driving with the windows open can help to improve the indoor climate and reduce possible electromagnetic pollution.
5.7 Take regular breaks
It is particularly important to take regular breaks on long journeys. A short walk in the fresh air can help to reduce electromagnetic stress more quickly.
6 Conclusion: Electrosmog in electric cars - an underestimated challenge?
Electrosmog is an invisible, but not to be underestimated, burden in electric vehicles. Due to high-voltage batteries, power electronics and wireless technologies, exposure in the interior can be higher than in conventional combustion vehicles.
But there are ways to protect yourself: Shielding measures, conscious use of technology and innovative protective products such as ZES Bodyguard help to minimize radiation exposure.
🚘 So if you want to enjoy the benefits of an electric car, you should address the issue of electrosmog and take proactive measures to protect your health and well-being.
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