Trystan Casey
Dirty electricity is a form of EMF pollution that can be harmful to human health. It consists of high-frequency voltage transients and harmonics that disrupt the smooth flow of standard electricity in the electrical wiring of modern buildings. To combat this, dirty electricity filters are used to stabilize the voltage, balance the current, and reduce electric loss by eliminating dirty power. These filters can be easily installed in electrical outlets and are designed to clear the noise associated with dirty electricity. They are extremely easy to use, simply plug them into any wall socket and they will start filtering out the dirty electricity on that circuit.
| Characteristics | Values |
|---|---|
| Purpose | To reduce dirty electricity in homes and other spaces |
| Function | Stabilize the frequency, balance the current, compensate for the voltage, and reduce electric loss |
| Effect | Reduce exposure to EMF radiation, eliminate vampire power, and save on utility bills |
| Installation | Plug into wall sockets or electrical outlets |
| Compatibility | 3-prong electrical sockets in the US, Canada, Mexico, Japan, and some other locations |
| Safety | UL certified for electrical safety (AC 120V,15A) and RoHS compliant |
| Pricing | $40.00 per filter for 1-4 filters, $36.50 per filter for 5-9 filters, and $33.25 per filter for 10+ filters |
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What You'll Learn
Dirty electricity is a form of EMF pollution
Recognizing and addressing this form of EMF pollution is crucial for maintaining a healthy living environment. Exposure to dirty electricity has been linked to various health issues, ranging from minor ailments like headaches and fatigue to more severe conditions such as an increased risk of diabetes and certain types of cancer.
To combat dirty electricity, individuals can employ dirty electricity filters, such as the Stetzer or Greenwave filters, which are designed to reduce the noise and EMF radiation associated with it. These filters can be easily installed in electrical outlets, and they work by stabilizing the voltage, balancing the current, and reducing electric loss. They are safe, effective, and environmentally friendly, making them a great choice for improving the health and well-being of individuals and their families.
Additionally, it is important to identify the sources of dirty electricity and take steps to reduce or eliminate them. This can be achieved through the use of an AM radio or a dirty electricity meter, such as the Stetzer Dirty Electricity Meter or the Alpha Labs Line EMI Meter, which can help pinpoint specific circuits or devices creating the noise. While filtering can be beneficial, the primary way to reduce dirty electricity is by mitigating the sources that produce it.
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How to measure dirty electricity
Dirty electricity, or electromagnetic interference (EMI), can be caused by dimmer switches, lighting fixtures, solar inverters, and certain appliances. It can be challenging to identify, but there are several methods and tools available to measure and mitigate it. Here are some detailed, direct, and instructive steps to measure dirty electricity:
Use an AM Radio:
A basic AM radio can be an effective tool to detect dirty electricity in your home. Tune the AM dial to the left (500 KHz) and right (2 MHz), and observe the difference in static. The change in static corresponds to variations in the electromagnetic environment, indicating potential sources of dirty electricity.
Graham-Stetzer Meter:
The Graham-Stetzer Meter measures dirty electricity on your electrical wiring using its own units, known as Graham-Stetzer (GS) units. Readings below 50 GS are ideal but rare. Homes with measurements below 100 GS are generally considered safe. If your reading exceeds 200 GS or reaches the maximum of 2,000 GS, immediate power filtering is necessary.
Line Noise EMI Meter:
The Line Noise EMI Meter assesses dirty electricity on your electrical system and covers a broader range of frequencies, translating them into milliVolts (mV). Acceptable readings typically fall between 200 and 400 mV. This meter provides a more comprehensive view of the electromagnetic environment in your home.
Oscilloscope or Spectrum Analyzer:
An oscilloscope or spectrum analyzer is another option for measuring dirty electricity. These devices offer a detailed view of the electrical environment and can help identify sources of interference. However, it is recommended to seek guidance from an experienced EMF consultant when using this equipment.
Multimeters and PQ Analyzers:
Multimeters can be used to check for high and low voltages and ground current. To identify harmonics, adjust the meter from measuring voltage to HZ, as harmonics present themselves as multiples of the base HZ (120, 240, etc.). Additionally, long-term trending using a PQ analyzer can help identify power quality issues.
Greenwave Broadband EMI Dirty Electricity Meter:
The Greenwave meter is designed to measure dirty electricity in circuits with single-phase voltages between 100 and 240 volts. It is easy to use; simply plug it into an electrical outlet to determine the level of dirty electricity on nearby wiring. The meter also includes a unique audio feature, allowing you to hear the reduction in electrical noise as filters are installed.
It is important to note that attempting to use these meters on circuits with voltages outside the specified range or adapting the cord/plug can damage the device. Always follow the manufacturer's instructions and guidelines for safe and effective use.
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Devices that cause dirty electricity
Dirty electricity is a term used to describe electromagnetic noise on the mains wiring of a house. This noise can cause interference with your power supply and can be caused by both external and internal sources. While dirty electricity is not a scientific term, it has been blamed for various symptoms, including headaches, sleeplessness, and general pains.
Several devices can contribute to dirty electricity in a home or facility. These include:
- Solar panel inverters
- Induction cooker hobs
- Dimmer switches
- Televisions
- Fluorescent light bulbs (including CFLs or energy-efficient bulbs)
- Computers
- Chargers
- Alarm clocks
- Mains adapters
- Washing machines
- Cookers
Any device with a "switched-mode power supply" will also create dirty electricity, although it is challenging to determine which devices have them without turning them on and off. Modern, energy-efficient electronic devices typically have them, while older, non-electronic devices like lamps, ovens, or motor-operated devices usually do not create much dirty electricity.
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How to use dirty electricity filters
Dirty electricity refers to erratic spikes or surges of electrical energy travelling through a building's wiring. These surges create high-frequency voltage transients, which cause electrical noise that spreads through the wiring and emits electromagnetic fields (EMFs) into your living space. This EMF radiation can cause a variety of health issues, from headaches and fatigue to an increased risk of diabetes and certain types of cancer.
To reduce your exposure to dirty electricity, you can use dirty electricity filters. Here is a step-by-step guide on how to use them:
Step 1: Measure the Dirty Electricity in Your Home
Before installing dirty electricity filters, it is crucial to measure the amount of dirty electricity in your home. This can be done using a dirty electricity meter, such as the Saticshield Dirty Electricity Meter, Graham-Stetzer Meter, or Greenwave Broadband EMI Meter. These meters can be purchased online and will help you identify problem areas in your electrical system.
Step 2: Purchase Dirty Electricity Filters
Once you have identified the areas with high electrical noise, you can purchase dirty electricity filters to mitigate the issue. There are several reputable brands on the market, including Stetzerizer, Greenwave, and Satic. These filters can be costly, so it is important to research different options before making a purchase.
Step 3: Install the Filters
Most dirty electricity filters can be easily installed by plugging them directly into a wall outlet. This will filter the electricity on an entire circuit. However, some filters may need to be installed in your circuit breaker to provide comprehensive filtration for your entire home. The number of filters you need will depend on the size of your home and the number of electronics you have.
Step 4: Test the Functionality of the Filters
To ensure that your dirty electricity filters are working properly, you can use a dirty electricity meter. Plug the meter into an electrical outlet and record the reading. Then, connect your dirty electricity filter to the same circuit and take another measurement. Refer to the meter's guide to determine the recommended "safe" range, and ensure that your reading falls within that range.
Step 5: Maintain and Replace Filters as Needed
Dirty electricity filters may need to be replaced over time, so it is important to refer to the manufacturer's guidelines for maintenance and replacement. Additionally, consider integrating other EMF shielding products, such as paints, clothing, and fabrics that can provide comprehensive protection against EMF fields.
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Benefits of dirty electricity filters
Dirty electricity is a form of EMF pollution that consists of high-frequency voltage transients and harmonics that disrupt the smooth flow of standard 50 or 60 Hz electricity in the electrical wiring of modern buildings. It is caused by various electronic devices that require converters and adapters, such as fluorescent lighting, variable speed motors, and wireless technology.
Dirty electricity filters are designed to reduce the negative effects of dirty electricity by filtering out the high-frequency voltage transients and harmonics, thereby smoothing out the electrical noise in the wiring. This is done by absorbing and/or neutralizing the spikes in power, allowing electricity to flow more smoothly.
- Improved Health and Wellbeing: Exposure to dirty electricity has been linked to various health issues, ranging from minor ailments like headaches and fatigue to more severe conditions such as an increased risk of diabetes and certain types of cancer. By reducing the amount of dirty electricity in your home or office, you can help protect yourself and your loved ones from these potential health risks.
- Protection of Electronics: Dirty electricity can cause damage to sensitive electronics over time. By filtering out the electrical noise and stabilising the power supply, dirty electricity filters help protect your devices from potential harm, ensuring their longevity and optimal performance.
- Increased Energy Efficiency: By identifying and reducing sources of electrical interference, dirty electricity filters can help improve energy efficiency in your home. This not only reduces wasted power but also potentially leads to cost savings on your utility bills, making it a financially beneficial investment in the long run.
- Easy Installation and Use: Most dirty electricity filters are designed for convenience and ease of use. Many filters can be directly plugged into a wall outlet, requiring no professional installation. They are also designed with built-in outlets, ensuring that you don't lose access to power sockets in your home.
- Comprehensive Coverage: Depending on your needs, dirty electricity filters offer flexible coverage options. For smaller spaces or average amounts of electronics, a single filter may suffice. For larger areas or rooms with multiple devices, additional filters can be strategically placed to ensure optimal filtration.
- Environmental Friendliness: Dirty electricity filters meet stringent safety and environmental standards. By reducing EMF radiation and stabilising power, these filters contribute to maintaining environmental health and safety, creating a healthier space for you and the planet.
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Frequently asked questions
Dirty electricity is a form of EMF pollution that consists of high-frequency voltage transients and harmonics that disrupt the smooth flow of standard 50 or 60 Hz electricity in the electrical wiring of modern buildings.
A dirty electricity filter is a device that can be plugged into a home's outlets to reduce the signal from harmonics, thereby reducing the level of dirty electricity.
Dirty electricity filters use Electromagnetic Interference (EMI) technology to filter out dirty electricity and prevent the spikes and surges that cause it.
Dirty electricity has been associated with various health issues, from minor annoyances like headaches and fatigue to more severe conditions such as an increased risk of diabetes and certain types of cancer. By reducing dirty electricity, filters can help mitigate these potential health risks.
