Dirty Power vs. Clean Power: What Are the Differences?

dirty power vs clean power

Have you ever wondered what dirty and clean power’s main differences are? This article will go through both of them, what they are, and how they are caused!

What is Dirty Power?

A broad term used to describe numerous anomalies in the power of operating equipment is “dirty power.” In any event, power issues are damaging, uncomfortable, and expensive.

What is Clean Power?

On the other hand, clean electricity is available. Voltage ripple, also known as clean power, is the absence of spikes and voltage drops. Clean energy, often called green energy or green power, is electricity produced using renewable energy sources without pollution.

Difference Between Dirty Power vs Clean Power

dirty power vs clean power

Electricity produced through power outlets is considered clean energy because there is hardly any electrical noise. Although it can happen in some situations, “electrical noise” does not always mean audible noise. 

Ideally, it indicates that the electromagnetic frequency exceeds any power source’s anticipated operating range.

On the other hand, electromagnetic noise from a dirty power source will interfere with the power supply. These noises can be heard inside your home or coming from outside sources like electrical cables. Examples of dirty electricity include:

  • Frequency variations
  • The power factor is low
  • Surge
  • Voltage variations
  • Strobe lights
  • An issue with the transformer
  • A bad network connection
  • Failure of a printed circuit board
  • The motor breaks down too soon

Dirty power typically originates from both inside and outside of your home. Even before the power reaches your property, natural elements like illumination and artificial sources like utility switches can impact its quality.

Additionally, routine internal electrical equipment variations may result in cumulative electrical risks that could be lethal. However, most individuals tend to underestimate or ignore minor power difficulties like flashing lights caused by pollution.

Unfortunately, modest power issues caused by pollution can escalate into more inconvenient power outages if ignored. Fortunately, most power issues are caused by the meter’s user, so you may take the necessary action when needed. 

You can avoid expensive power interruptions, increase energy efficiency, and cut costs by taking these steps. Identifying the cause of the dirty electricity should be the first step of the procedure.

What Causes Dirty Power?

The primary dirty energy sources are manipulating current by electronic equipment attached to the circuit (like smart meters), such as converting alternating current to direct current. Higher frequency surges and spikes may result from this and radiate into your property through the wiring. These typical dirty power disruptions are listed along with their causes:

  • Signal with low-level noise in normal mode. Computers, switching power supply, and power line modulation equipment are common culprits.
  • This tiny, quick-rising voltage change is caused by a regular mode pulse and ringing transient. Utility switches, turning on and off lights, and lightning strikes are some of the causes.
  • There is common mode interference in the form of noise and pulses from EMI/RFI on power conductors. Computers, radios, lightning, and arc-shaped contacts are typically the culprits.
  • There are several levels of low voltage in this situation. Lightning strikes, insufficient system capacity, high starting load, ground faults, etc., are a few causes.
  • Fast load drop and utility switching lead to overvoltage
  • This zero-volt condition is brought on by lightning, erratic occurrences, mishaps, and ground fault device failures.

How Can the Pollution Issue Be Resolved?

Most of the time, dirty power cannot be avoided. Fortunately, this circumstance can be changed with some knowledge and skill. Professionals suggest the following techniques to address dirty electricity:

  • Do a power check on your dirty power. Find a licensed electrician to evaluate damage using a dirty electric meter. The outcome will determine your approach. Add a dirty voltage filter to reduce noise.
  • Be discerning when selecting your appliances and electronics. Consider smooth-using machines and equipment before making a purchase. Reduce the use of devices that are known to pollute electricity in addition.
  • Think about converting to incandescent or LED lighting instead of compact fluorescent bulbs (CFL). We are all aware that energy-saving lighting will emit pollution.
  • Think about switching to an analog meter in place of the smart one. Sadly, smart meters might be the primary source of polluting energy.
  • Turn off any electrical devices and equipment that aren’t in use.

As you can see, dirty electricity is a problem that needs to be resolved right now by having a clean power plan.

How To Make Your Electricity Cleaner?

Determine the Sources of Unclean Electricity

clean power

Finding the source of the dirty energy in your home is the first step in finding a solution because this will affect how you handle the problem.

If the problem comes from an external source, such as a power substation emitting a strong electromagnetic field, you’ll need to consider more drastic solutions.

If it comes from an internal source, your options will be more suitable and frequently less expensive. However, many concepts are similar if you are experienced in dealing with EMF radiation, so it shouldn’t be too challenging.

Gather All Sources in Close Proximity

One of the first things you should try to do if the source is internal is to group all “dirty” devices.

Interference levels will significantly decrease if dirty gadgets are removed from outlets close to noise-sensitive equipment.

It will be easier to block or lessen interference using a tool like a filter if all dirty gadgets are gathered together close to one another.

Test the Circuits

Always use a detection meter to test your circuits before and after attempting a fix. 

This will allow you to monitor the amount of dirty electricity in your home and guarantee that you are always informed of how effective a solution has been.

When dirty power is detected, the detection meter displays this reading.

How Can Dirty Electricity Be Found?

Testing methods for contaminated water include:

Graham-Stetzer Instrument

It measures harmonics or “bad electricity” on your property lines. This is standard equipment (meter). The independent Graham Stetzer (GS) unit of the Graham-Stetzer meter is used for measurement. The measurement should be below 50gs units.

Most homes are regarded as safe when their readings are less than 200gs. However, you must immediately execute power filtering if your measurement exceeds 200gs or the power is given as its maximum value in 2000gs units. The frequency range that the meter can detect is 10 kHz to 100 kHz.

FM Radio

fm radio

An essential, reliable, and easy EMI detector is FM radio. Set the radio’s left (500KHz) and right (100KHz) dials. The radio will display variations in static electricity. This is a practical approach to finding dirty home power sources.

What Effects Does Dirty Electricity Have?

Any noise-sensitive equipment linked to your power network will have adverse effects due to dirty electricity.

Relocating some of these items may temporarily impact you until you can negotiate a more permanent solution because many devices will be affected by their closeness to the source of dirty energy or electromagnetic power.

Sound quality and image will most impact electronic devices like TVs and sound systems.

The static that has been picked up as electronic noise may be pretty apparent to you on both a visual and audible level. Newer models will still exhibit electromagnetic interference, but older TVs are significantly more likely to be impacted.

Other electrical gadgets, such as washing machines, dryers, and refrigerators, can suffer significantly from being linked to a dirty electricity supply, substantially reducing their lifespan and performance.

Under the increased strain, some components may burn out, or voltage spikes may trip the system.

Naturally, there are also effects on your health. Although many of these consequences may already be recognizable to you if you’re highly susceptible to EMF radiation, dirty electricity’s frequency range might also result in the following adverse effects:

  • Headaches
  • Difficulty with falling and staying asleep during the night
  • Mood changes
  • Arrhythmia
  • Fatigue
  • Problems with brain function
  • Tinnitus
  • Weakened immunity


So, what about dirty power vs. clean power? 

Future generations want a clean future, but In most cases, a dirty voltage cannot be avoided, and it will impact your property’s power. According to the straightforward definition, dirty electricity is a type of issue that has the potential to quickly spiral into harm and expense. In addition, when compared to clean power sources, dirty power sources exhibit electromagnetic noise, which can interfere with your property’s power supply.

Fortunately, unclean power can be fixed as long as there is some basic electrical knowledge,  professional knowledge, and a dirty power plan. Graham-Stetzer is an excellent approach to evaluating the potential for dirt before implementing any solutions or activities.

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