Our lives are filled with static energy. The previous state of button depression is hopelessly lost due to the nature of a capacitive touch controller. It is time to end this sad tale. It has been an ongoing discussion on forums around the world. One that has grown, matured, and evolved in the way we consume.
Do you know how much electricity is wasted from a personal computer? Do you know how many kilometers of cabling is needed to provide that PC with electricity? How much power is required to charge a mobile phone? What is the negative impact on the environment this creates? When transmitters generate radio frequency, is it safe? Learn all you need to know about the impact radiowaves have on us and other environmental concerns we might not be paying enough attention to.
A personal computer consumes more than 350W of power on average. Add the monitor (60W) and a fully loaded laptop (40-110W) and you have a daily consumption of over 400W. That’s not even counting the rest of your devices (phone, console, lights, TV, etc.).
Likewise, wherever you sit, there’s probably a static electric charge. The result of this phenomenon is a bit annoying, whether your hair is getting all poofy or your clothes are sticking together. Static electricity comes into play whenever two items have different electrical charges.
The most common form of static electricity is positive or negative ions created by friction. These negative or positive ions come from very small particles that rub off clothing and hair or the friction between two surfaces (like your socks and the carpet when you walk on it). As you walk around, these particles rub off you and stick to everything in the room, and the result is a buildup of positive or negative charges — which causes a shock to be transmitted when you touch the doorknob. If the charges are negative, your hair goes upright and clings together out of static electricity. They are not less dangerous, but no one has to put them up, and in some cases, electrostatic discharge can damage electronic devices.
Getting rid of static energy is as simple as adding moisture to the air. As mentioned earlier, static cling is more common during winter because the air is dry. During the warmer months, humidity helps to prevent the buildup of charges that result in static electricity. The first way to reduce static cling and avoid shocking yourself is by keeping your skin moisturized. Dry skin tends to be flaky, and when clothes glide over it, the friction leads to the buildup of static charges. Anything you touch in the household may have the same result, and thus moisturizing may help control ESD. The other way of reducing static charges in your households is by letting liquids simmer on the stove. The rising steam from the simmering liquids will add moisture to the air and thus reduce the buildup of static charges.
Another way to help reduce annoying static electricity around your home is by using humidifiers. These devices can help prevent static electricity in two ways. First, they add moisture back into the air, which increases the humidity of a room. Second, a humidifier adds moisture directly to the skin. The more moisturized your skin is, the less likely you are to build up a static charge when walking around your home.
Surprisingly, the best way to eradicate static cling is by using electricity. You can remove the static charge by turning on the hairdryer and blasting it with air, which causes those annoying shocks and buzzes. You do this by using the dryer in a circular motion around the clothes that have built up charge.
Bonus tip: Cleaning out your dryer can also help eliminate static. If you have lint or dust clogging up the machine, it may not properly disperse the particles creating a charge, giving you a shock or buzzing feeling.
The only way to improve electrostatic discharge is by preventing the buildup of static charges in the first place. Less moisture in the air leads to static energy at homes on various household organic objects, animals, and even people. Moisturizing well throughout the day, leaving liquids to simmer on the stove, and using humidifiers to control moisture content in the house, especially during the cold seasons, are practical ways of reducing static charges buildup and avoiding static clings in the house. Humidity controls static charges.