Reduce Power Factor Penalty
Improve power factor, reduce reactive power demand and avoid utility penalties through intelligent reactive power management.
What Are You
Trying to Solve?
Understanding the electrical problem is the first step toward selecting the right engineering solution.
Low power factor increasing electricity costs.
Utility penalties associated with poor power factor.
High reactive power demand from inductive electrical loads.
Frequent changes in plant load affecting power factor.
Capacitor banks that are not responding correctly to changing loads.
What Is Causing
the Problem?
Identifying the underlying causes helps us select the right corrective approach rather than treating only the symptoms.
Inductive loads such as motors, transformers and other electrical equipment consume reactive power.
Plant loading changes throughout the production cycle, causing the required reactive compensation to vary.
Insufficient or incorrectly selected capacitor bank capacity can leave the system under-compensated.
Fixed capacitor banks may not provide appropriate compensation when the electrical load changes.
Incorrect switching, sizing or maintenance of capacitor banks can reduce the effectiveness of power factor correction.
An Engineering Approach
to the Problem
SYCON approaches power factor correction by understanding the electrical load profile, evaluating reactive power requirements and selecting an appropriate automatic compensation strategy. The solution can combine APFC Controllers, capacitor switching equipment and associated reactive power compensation components according to the application.
What Makes Up the Solution?
The solution can combine SYCON products and engineering services according to the application requirement.
APFC Controllers
Automatic Power Factor Controllers for monitoring power factor and controlling capacitor steps according to reactive power demand.
Thyristor Capacitor Switches
Fast capacitor switching for applications where electrical loading changes rapidly.
Series Harmonic Reactors
Reactors used with capacitor bank systems where harmonic considerations require appropriate detuning and protection of the compensation system.
Power Quality Audit
Electrical measurement and analysis to understand power factor, loading and power quality conditions before selecting corrective measures.
Energy Audit
Assessment of electrical energy consumption and operating conditions to identify opportunities for improved energy efficiency.
How the Solution Works
A structured engineering approach from identifying the requirement to implementing the solution.
Understand the electrical system, connected loads and operating conditions.
Measure and analyse power factor and reactive power behaviour under different loading conditions.
Determine the required reactive power compensation and switching strategy.
Select the appropriate APFC Controller and capacitor switching arrangement.
Integrate the compensation system with the electrical panel and associated protection.
Commission the system and verify power factor performance under operating conditions.
Monitor the system and maintain the compensation equipment for reliable long-term operation.
Engineering Benefits
Technical outcomes that the solution is designed to support within the electrical system.
Automatic reactive power compensation according to changing load conditions.
Improved power factor at the electrical installation.
Reduced unnecessary reactive power demand from the supply system.
Better utilisation of electrical system capacity.
Reduced dependence on manual capacitor switching.
Improved control of capacitor bank operation.
Appropriate switching strategy for varying electrical loads.
Reduction of power-factor-related electricity costs.
Avoidance or reduction of applicable utility penalties.
Better utilisation of existing electrical infrastructure.
Improved control over electricity consumption and operating costs.
Reduced manual intervention in capacitor bank operation.
A more systematic approach to electrical energy management.
Business Outcomes
That Matter
Beyond technical performance, the solution is intended to support operational efficiency, cost control and business performance.
Where This Solution
Can Be Applied
Explore the industries where this solution can address electrical, energy and operational requirements.
Typical Applications
Typical application areas where the reduce power factor penalty solution can be considered.
Industrial manufacturing plants
Motor-driven industrial facilities
Electrical distribution panels
Capacitor bank systems
Plants with varying electrical loads
Commercial and industrial electrical installations
Technical Specifications
Technical parameters relevant to this solution.
Frequently Asked Questions
Answers to common questions about reduce power factor penalty.
Low power factor is commonly associated with inductive electrical loads such as motors, transformers and other equipment that require reactive power for operation. The actual power factor of a plant depends on its connected loads and operating conditions.
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Solutions
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Products Used
in This Solution
Explore SYCON products that can form part of this engineering solution.
Engineering Experience
Behind the Solution
Work with a team that combines industrial electronics, electrical engineering and practical application experience.
Engineering-led approach
Industrial application experience
Products and services under one engineering ecosystem
Application-focused technical support
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Reduce Power Factor Penalty?
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Engineering Requirement
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