5 Places that could benefit from Power Factor Correction

What is Power Factor Correction?

Power factor correction (PFC) aims to improve power factor, and therefore power quality. It reduces the load on the electrical distribution system, increases energy efficiency and reduces electricity costs. It also decreases the likelihood of instability and failure of equipment.

Power factor correction is obtained via the connection of capacitors which produce reactive energy in opposition to the energy absorbed by loads such as motors, locally close to the load. This improves the power factor from the point where the reactive power source is connected, preventing the unnecessary circulation of current in the network.

Places that could benefit from PFC:

1. Hospitals

Installing PFC devices in places where large power loads are present, such as in hospitals where they’re used by registered diagnostic cardiac sonographers, could help improve power efficiency which then reduces the costs of hospital expansion by allowing more wards and theatres to be run from the same supply.

2. Office Buildings and High Street Banks

In areas where large computer networks are being worked on, such as in office buildings and high street banks, PFC can improve the efficiency of the systems which will in turn help the computers to run better and speed up work performance in the short term.

3. Shops

Shops will see an increase in the sustainability of their chillers if PFC devices are installed. This is because there will be less wear and tear on components which will also reduce costly outgoings.

4. The Manufacturing Industry

In industries where large motors are used to qork machinery, such as in manufacturing, they could benefit from power factor correction. If PFC devices are installed in the manufacturing industry, there will be an increase in available power for future expansion as well as a reduction in the availability required.

5. The Car Industry

In industries where welding type equipment is used, such as in the development or manufacturing of motor vehicles, power factor correction can help reduce the loss of power, making more use of available power, and so cutting down the cost of electricity. Additionally, installing PFC devices would help to reduce flicker, which are unwanted dips voltage that cause lights to flicker and other power quality issues.

Talk to the Experts

If you would like to know more about how power factor correction devices could be installed in your facility, then contact Volt Logic, and we’d be happy to help.

What is Low Voltage Switchgear?

What is Switchgear?

Switchgear is a general term covering switching devices and their combination with associated control, measuring, protective and regulating equipment, also assemblies of such devices and equipment with associated interconnections, accessories, enclosures and supporting structures, intended in principle for use in connection with generation, transmission, distribution and conversion of electric energy.

There are three primary categories of switchgear:

• - Low voltage (LV)

• - Medium voltage (MV)

• - High voltage (HV)

What is Low Voltage Switchgear?

Now you know what Switchgear is, we best tell you what Low Voltage Switchgear is. Low voltage switchgear is commonly used in industrial and commercial applications, both indoors and outdoors. It’s rated up to 1000V with frequent voltage ratings, including 208V, 240V, 480V, and 600V. Low voltage switchgear uses various components to ensure safe maintenance, protect circuits, and deliver electricity.

Typical applications for low voltage switchgear include air conditioners and heaters, motors, compressors, lighting networks, and many more.

What is the function of Low Voltage Switchgear?

The primary function of LV switchgear is to provide electrical protection against mechanical and thermal stresses of short circuit currents. Without LV switchgear, there is potential for dangerous consequences resulting from excessive currents. Building on the three primary components we touched on in the last section, we can see the primary function of each element.

The incomer assists by withstanding unusual electric current for short limited durations to facilitate the operation of downstream devices. It can also interrupt the maximum value of the fault electric current the system generates. However, it requires an interlocking arrangement with downstream devices.

Air circuit breakers are often the preferred choice for the interrupting device, as it offers simplicity, efficient performance, high normal electric current rating, and high fault withstanding capacity.

Benefits of Low Voltage Switchgear?

Low voltage switchgear offers various benefits and features. A few of these perks and features include:

Safety: Low voltage switchgear provides a high level of safety for electrical power systems by providing protection against over-currents and short-circuits.

Reliability: Low voltage switchgear is designed to be highly reliable, providing uninterrupted power supply and reducing the risk of electrical failures.

Ease of use: Low voltage switchgear is designed to be easy to use, with intuitive controls and monitoring systems that allow for quick and efficient management of the electrical power system.

Cost-effective: Low voltage switchgear is a cost-effective solution for low voltage electrical distribution systems, offering a high level of performance at a competitive price.

LV switchgear offers various benefits and features, although particular offerings may vary slightly depending on the supplier. It’s essential to find an authorized switchgear distributor, like Volt Logic, with quality services and sources.

What you didn't know about switch panels

Switch panels are frequently employed in industrial, commercial, and residential contexts. Switch panels are typically utilised as control panels for robotic assembly lines or industrial lines. Switch panels include electronic consoles and instrument panels found in vehicles and boats.

Switch panel makers create a wide range of variants for use in leisure vehicles, marine applications, heavy equipment, emergency equipment, public transportation, and elsewhere. Switch panels are frequently employed in industrial, commercial, and residential contexts.

Switch panels can handle complex electric controls. These panels can control the most complicated industrial setup if a professional team is engaged to develop them following the required specifications.

Because switch panels are waterproof, one may install them indoors and outdoors since they won't rust or break down due to climatic changes. Location is critical where water can be present, such as bathroom sinks, kitchen sinks, etc. However, it must be properly fitted to ensure user safety and the panel's useful life.

Switch panels provide increased reliability through regular equipment monitoring and minute-by-minute data transmission to experts.

Hazard-proof switch panels eliminate the possibility of electrical shocks or fires (so it is safe to work in and around the panels).