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Using air conditioning circulates air in the room, reducing air humidity. When the air is dry, water molecules in the air prevent the release of electric ions from the body to the environment, neutralizing static electricity.
Dry air is a major cause of static electricity, especially when air conditioning is set to low temperatures. Touching dry objects such as metal doorknobs or dry pillows may result in a slight static shock.
3. Measures to reduce static electricity in air-conditioned rooms
Using a humidifier can be an effective solution. Maintaining humidity above 60% greatly reduces the likelihood of static electricity. Humidifiers not only minimize excess charge accumulation in the body but also reduce the risk of throat inflammation and dry skin.
You can use devices like humidifiers or misting machines to supplement air moisture when using air conditioning in enclosed spaces. Additionally, placing a bowl of water in the room can help neutralize body charge, optimizing cost-effectiveness.
Incorporate humidity-balancing devices like humidifiers or misters to maintain air moisture levels while using air conditioning indoors. Moreover, placing a water basin in the room allows water vapor to neutralize body charge, offering an efficient cost-effective solution.
Avoid wearing rubber shoes or sandals
Rubber is highly insulating but prone to static electricity. Therefore, opt for leather footwear instead of rubber to minimize static electricity and ensure safety during use.
Limit wearing synthetic clothes and opt for wool socks
Materials like polyester, wool, or synthetic fibers are prone to static electricity. Choose clothes made from anti-static fibers like cotton to prevent static cling. Moreover, soak clothes in fabric softener and dry them in sunlight.
Open windows when not using air conditioning
This is a commonly practiced method due to its simplicity. Opening windows increases room humidity, reducing dryness. This helps mitigate static or electric shocks while using blankets with air conditioning.
