Do magnets on the refrigerator affect the electricity bill?
The Energy Market Regulatory Authority (EPDK) has announced a 25 percent increase in residential electricity prices due to rising energy production costs. The question of whether the colorful magnets that decorate the doors of our essential household refrigerators increase the device's energy consumption occasionally sparks curiosity. So, do magnets affect electricity bills? Here are the details...
12punto
Evaluating the effect of magnets on refrigerators, Prof. Dr. Selim Şeker stated, “The magnetic field created by magnets on a refrigerator does not affect the device's operating principle. Furthermore, the effect of magnets on the bill is zero.”
Şeker evaluated whether the magnetic field created by magnets on a refrigerator affects the device's operating principle or energy consumption.
THE POWER OF A MAGNET IS NEAR ZERO COMPARED TO A REFRIGERATOR
Addressing the energy impact of magnets on refrigerators, Şeker said, “The magnetic field created by magnets on a refrigerator does not affect the device's operating principle. This is because the power of a refrigerator is between 500-1000 Watts, while the power of a magnet is near zero. Additionally, if the magnet is direct current, its frequency is zero. The devices operate at 50 hertz.”
NO MEASURABLE EFFECT ON ENERGY CONSUMPTION
Stating that the presence or number of magnets cannot change a refrigerator's energy consumption in a measurable way, Şeker added, “Because the energy they create is too small to be measured. There is no scientific research or test conducted on this subject.”
ZERO EFFECT ON THE BILL
Noting that there is no known mechanism in electrical engineering or physics suggesting that magnetic fields could have an impact on the electricity consumption of devices like refrigerators, Şeker said, “Because a magnet works with direct current, while a refrigerator works with alternating fields. Furthermore, the effect of magnets on the bill is zero.”