CONDUCTED EMISSIONS - A General Background

This section of "Conducted Emissions Articles Series" will discuss the general background of conducted emissions, their frequency range, how they are generated, and how they affect the efficiency of the facility and also the performance of the institution.?

Conducted emissions are the noise components that are generated by a switching mechanism and by a power electronic device such as a transistor, IGBT, MOSFET, and rectifier. These emissions are transferred to another machine or device via an electrical cable. The frequency of conducted noise depends on the source of the noise and the characteristics of the system it is affecting. Generally, conducted noise can be categorized into two main frequency ranges: low-frequency noise and high-frequency noise.

Low-frequency noise typically ranges from 10 Hz to 10 kHz and is often caused by power lines, electrical appliances, and other sources of electrical interference. This type of noise can be particularly problematic in audio systems, where it can cause unwanted hums and buzzes.

High-frequency noise typically ranges from 10 kHz to 1 GHz and is often caused by electronic devices, such as computers, radios, and televisions. This type of noise can be particularly problematic in digital systems, where it can cause data corruption and signal degradation.

The switching that happens in the machine and that in the power electronic device works on the tension of the electric sinusoidal? wave and makes it unstable and random. This works because it produces an excess electromagnetic field of the machine that affects the nearest conductor, which is the electrical cable. When an electromagnetic field affects it according to the law of the? induced electric current will be created which is not used (losses). This causes electromagnetic interference, to reduce the impact of conducted noise, a variety of techniques can be used, including shielding, grounding, and? EMI filter. Shielding involves placing a conductive material around the affected system to block electromagnetic radiation. Grounding involves connecting the affected system to a ground plane to reduce electrical noise.? EMI Filter involves using components, such as capacitors and inductors, to remove unwanted noise from the system. These solutions are true in that they solve the problem of conducted noise, but they have many disadvantages, they need continuous repairs and also have a life span, plus the extra cost & not applicable in any place easily as they will need to run constructions as well to be installed. Is that all? No, also we cannot install such costy systems in a small residential or commercial facility, not in a hair salon not even in a hyper market & Finally, a lot of old facilities which doesen't have such systems won't be spending that much to modify as it will cost the solution equipment price + constructions + periodic maintenance & a limited lifespan. That's why Enersol? Plates which is the aim of this Article the solution for a lifetime that needs no constructions & has a fixable business model makes it affordable for all sectors & easy to install within few hours depends on the facility size.

Conducted noise, is also a part of which's known as electromagnetic interference (EMI), can have a significant impact on the performance of an institution's electronic systems. When electronic devices and appliances generate noise, it can interfere with the normal functioning of other electronic equipment in the vicinity, causing signal degradation, data corruption, and even equipment failure. This can lead to a range of issues, from reduced productivity to increased downtime and maintenance costs. Additionally, in sensitive industries such as healthcare or finance,?

EMI can compromise the integrity and security of critical systems, putting patient data or financial information at risk. For these reasons, it is essential for institutions to take measures to reduce the impact of conducted noise on their electronic systems, such as proper grounding and shielding, regular maintenance, and the use of high-quality, low-noise equipment.

If this problem is not treated, the Connected Noise will turn into a Radiated Noise at some point.?

1. The solution:

As mentioned above, Enersol? Plates will be the solution to this problem. It is a new, Japanese, and Innovative technology which is cutting-edge technology that specializes in eliminating conducted emissions generated by induction loads and power electronics in residential, commercial, and industrial sectors. This innovative solution can reduce voltage amplitude, cut power losses, and save up to 15% of energy for users, making it an essential addition to the world of energy-saving technology.

The Enersol? Technology is best installed on the phase conductors for each end-user electricity distribution panel, delivering the best results. By removing conducted emissions,. It's no surprise that this groundbreaking technology has been approved by KU Leuven University in Belgium, holding many certificates, test reports, and recommendation letters from around the world.

In today's world, where energy saving is of utmost importance, Enersol? is a crucial technology. The reduction of voltage amplitude and power losses can provide greater energy efficiency for users while also supporting sustainable and eco-friendly practices. With Enersol?, individuals and organizations can significantly reduce their carbon footprint and contribute to a healthier planet.

Enersol? Provides three types of Enersol? Plates: Residential (Green), Commercial (Blue), and Industrial (Red) Enersol? Plates.

In conclusion, Enersol?'s innovation is poised to revolutionize the energy industry by providing sustainable solutions to residential, commercial, and industrial sectors. Its remarkable ability to eliminate conducted emissions and increase energy savings, combined with its approval by KU Leuven University and various certificates and test reports from around the world, make it an essential addition to any energy-saving strategy.

Enersol? Technologies also provide outstanding UPS Systems, Cloud-Based EMS Services & Monitoring Systems, Solar Panels & More...

We are providing the best Japanese technologies, holding patents, and standing out from the crowd to help the world get greener.

How does the conducted noise affect the efficiency of the facility?

1. Interference with electronic equipment: Conducted noise can interfere with the proper functioning of electronic equipment, including sensors, control systems, and communication devices. This can lead to errors, delays, or even equipment failure, which can reduce the efficiency of the facility.
2. Increased error rates: If conducted noise interferes with data transmission or processing, it can increase the error rate in various processes. This can lead to wasted materials, increased processing time, and reduced overall efficiency.
3. Power Quality of the machines: conducted noise can have significant effects on the power quality of machines and equipment in a facility, leading to reduced efficiency, increased energy consumption, and potential damage to equipment. It is important to take appropriate measures to reduce conducted noise in order to maintain optimal power quality and equipment performance
4. Regulatory compliance: Many facilities are subject to regulatory requirements for noise levels, and excessive conducted noise can lead to violations and penalties. This can also result in additional costs for noise abatement measures, which can further reduce facility efficiency.

How do Enersol? Plates help increase the efficiency of the facility?

Enersol? can significantly enhance power quality, reduce losses, and increase energy savings. This will benefit the facility by saving costs that were used for high energy consumption and for? maintenance because it will improve the lifespan of the machines themselves, So when these costs decrease, they will return a profit to the facility, and the revenues of this facility will increase.

Summary of Enersol? Plates Benefits:

1- Saves Energy: which will reduce running costs of the installed facility.

2- Reduce CO2 Footprint: By reducing energy consumption through the mitigation of conducted emissions, we can help to reduce our carbon footprint and protect the environment.

3- Improves The Power Quality: which will help to;

a. Enhance the PF in The Installed Facility

b. Enhance the Harmonic Distortion

c. Reduce Voltage Flactuations

d. ?Reduce Interference with other Devices or Electronic Equipment

e. Reduce EMI

f. ?Enhance Machines and/or Device's Lifespan

g. Decrease Costs of Maintenance

h. Affordable for any type of facilities with easy installation process

I. Around the globe with 24/7 support and assistance engineering teams

That was all for this section of our series,

Reaching to a better efficient world were never only a business...

It's the future were we all have to take actions, Enersol? Plates is only a few steps forward, we still need to care about how we consume energy and cut the unnecessary losses, we need to change our habits as the needs for energy increasing. An interesting fact that is only India & China are giving the world 1,000,000+ added to world population every 8-10 days. Manpower can be a good thing but we need to.... Again, Change our habits to reach a better future.

Sincerly yours,,,

~ Alaa Alyaman

#Enersol #Techsol #BeAPart #Energy #Efficiency #SaveEarth #Savings #AStepForward