All Categories

what are the types of power factor correction-1

Home / 

Different types of power factor correction- Power Factor Correction Types Examples

Within this document, you will be provided an insight into the various power factor correction (PFC) methods existing in the power industry. Energy lost is money lost, hence the need for improvement which brings us to power factor correction. We shall expound on the different types of PFC, its intervention, and the way Sinotech Group can help realize these solutions for your projects.
Get A Quote

Advantages of the product

Smart Moulds for Power Factor Correction

At Sinotech Group, our PFC systems are designed to cover various needs of the customers. With depositions in the high voltage transmission and transformation, we explain how effective PFC systems whenever locating energy usage in several applications and thus lowering protection costs.

Related products

Correcting the power factor (PFC) is one of the significant goals in today’s electrical systems. There are multiple methods of power factor correction which are: passive, active and hybrid systems. The Passive Power Factor Correction (PFC) often uses capacitors or inductors for power factor correction. Active PFC uses power electronics to change the power factor dynamically and in real-time as the load changes. Hybrid Systems combines the two methodologies to boost efficiency. Each of these types has its strengths and can be used in different situations so it is important that the customers identify the problem and the related solution accurately and effectively.

common problem

What are some of the known procedures to change the power factor

Generally there are three types of power factor correction methods, passive PFC which employs the use of capacitors and inductors, active PFC which employs the use of electronics, and hybrid systems that employ both methods.

Related articles

The Importance of Power Factor Compensators in Reducing Energy Costs

02

Dec

The Importance of Power Factor Compensators in Reducing Energy Costs

View More
Understanding the Role of Active Harmonic Filters in Modern Power Systems

02

Dec

Understanding the Role of Active Harmonic Filters in Modern Power Systems

View More
How Dynamic Reactive Power Compensators Enhance Grid Stability

02

Dec

How Dynamic Reactive Power Compensators Enhance Grid Stability

View More
Maximizing Energy Efficiency with Active Power Filters

02

Dec

Maximizing Energy Efficiency with Active Power Filters

View More

User evaluation of the product

John Doe

Sinotech Group has developed for us an efficient and quite useful power factor correction which reduced energy costs within our organization. These factors combined with the professionalism of their team made the entire task easy.

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000
New Technologies Used To Improve A Power Factor Correction System’s Performance

New Technologies Used To Improve A Power Factor Correction System’s Performance

State-of-the-art technologies are employed in the power factor correction solutions we provide to increase reliability and efficiency. With the ever-changing load conditions, installing advanced power electronics enables us to deliver dynamic correction, which provides the best correction in any operating condition.
Expertise Across Multiple Sectors

Expertise Across Multiple Sectors

Sinotech Group possesses a wealth of experience in various sectors such as high-voltage transmission, renewable energy, and industrial applications. This diversity of experience helps us provide industry-specific power factor correction that is required by different sectors of economy.
Commitment to Quality and Customer Satisfaction

Commitment to Quality and Customer Satisfaction

Quality is not just an objective to us, but an integral part of service delivery at all levels. We have a firm commitment towards customer satisfaction that allows us to engage our clients, analyze their requirements and implement suitable sustainable power factor correction measures.