Not Sure What Is Affecting Your Electrical Network?
We can assess your LV network, identify the root cause and recommend the right Power Quality solution for your facility.
Power Quality Solutions
Improve Electrical Performance. Reduce Losses. Protect Critical Assets.
Poor Power Quality silently impacts electrical systems long before it becomes visible as a failure. Poor power factor, harmonics, overheating, capacitor failures, nuisance tripping, transformer loading and unexplained equipment issues can all lead to higher operating cost, lower reliability and unnecessary maintenance.
At TEAMS International, we help customers improve the electrical health of their facilities through practical, application-focused Power Quality solutions.
Our expertise covers:
- Power Quality studies
- Power Factor improvement
- Harmonic mitigation
- APFC panels
- Static Var Generators
- Active Harmonic Filters
- Hybrid Power Quality solutions
- Solution selection, supply and implementation support
Whether you are operating an existing facility or planning a new project, TEAMS helps you select the right solution based on the actual electrical behaviour of your installation.
Why Power Quality Matters
Modern electrical networks are no longer simple. Buildings, Data Centres and Industries today use more and more power electronics in HVAC systems, Variable Frequency Drives, UPS systems, Automation Systems, LED lighting, compressors, pumps, IT loads and sensitive electronics. These loads change the electrical profile of the installation to large extend.
Without proper Power Quality management, customers may face:
- Poor Power Factor
- Higher electrical losses
- Transformer and cable overheating
- Capacitor bank failures
- Harmonic distortion
- Nuisance tripping
- Reduced equipment life
- Unstable electrical performance
- Higher maintenance risk
- Poor utilisation of electrical infrastructure
A properly selected Power Quality solution helps improve system performance, reduce avoidable losses and enhance the reliability of the electrical network.
Power Quality Solutions for Buildings
Buildings across the GCC rely heavily on electrical infrastructure to support cooling, comfort, safety and continuous operation. With HVAC systems, elevators, pumps, LED lighting, UPS systems, automation and IT loads operating together, the LV network is exposed to dynamic load patterns and Power Quality challenges.
For commercial, residential, hospitality, healthcare and mixed-use buildings, Power Quality improvement helps reduce electrical stress, improve Power Factor, manage harmonics and protect critical electrical assets.
Typical Challenges in Buildings
High HVAC reactive power demand
Harmonics from VFDs, UPS and LED loads
Capacitor bank overheating or failure
Transformer and cable overheating
Neutral conductor heating
Nuisance tripping of protection devices
Poor transformer capacity utilisation
Higher electrical losses
Stress on LV switchgear
Disturbance to sensitive electronics
At TEAMS we assesses the building’s LV network by conducting detailed Power Quality study to identify the right Power Quality approach. Based on the outcome, we recommend suitable APFC panels, SVGs, Active Harmonic Filters or hybrid solutions to improve Power Factor, manage harmonics and reduce stress on transformers, cables, switchgear and sensitive equipment.
Our objective is to deliver a practical solution that matches the building’s real operating profile — not just a standard panel selection.
Power Quality Solutions for Data Centres
Data centres are expanding rapidly as cloud computing, AI, digital services, cybersecurity and data storage become essential to business continuity. This makes electrical reliability a core requirement, not a supporting function.
Data centres have a unique load profile. UPS systems, servers, IT power supplies and precision cooling equipment operate continuously, creating high load density and a sensitive LV network. The heavy use of non-linear electronic loads and high cooling demand can contribute to harmonics, reactive power variation, transformer stress, cable heating and higher electrical losses.
For data centres, Power Quality is not just correction — it is protection of uptime, equipment health and operational continuity.
Key Challenges for Data Centres
Stable Power Factor under 24/7 load
Harmonics from UPS and IT loads
Transformer and cable stress
Overheating in dense LV networks
Nuisance tripping risk
Disturbance to sensitive IT equipment
High electrical losses
LV network stability for uptime
Reliable power for critical cooling
Protection of mission-critical systems
At TEAMS, we evaluates the data centre’s LV network, UPS configuration, IT load profile and cooling infrastructure to identify Power Quality risks that can affect uptime and equipment reliability.
Based on the site condition, we recommend suitable Active Harmonic Filters, SVGs or hybrid solutions to control harmonics, stabilise Power Factor, reduce electrical stress and support reliable operation of mission-critical systems.
Power Quality Solutions for Industries
Industrial facilities operate with demanding and often dynamic electrical loads. Motors, drives, compressors, pumps, production lines, furnaces, welding equipment and automation systems can create Power Factor and harmonic-related issues. For industries, poor Power Quality can directly impact productivity, equipment reliability and maintenance cost.Industrial facilities in Oman — especially oil & gas, metals, manufacturing and continuous process plants — operate with heavy, dynamic and mission-critical electrical loads. Large motors, VFD-driven pumps and compressors, furnaces, welding systems, conveyors, production lines, UPS systems and automation equipment create a complex LV network where Power Factor and harmonics need careful attention.
In continuous operations, poor Power Quality is not just an electrical issue. It can increase losses, stress transformers and cables, damage capacitor banks, trigger nuisance tripping and affect plant reliability. For industries where downtime is costly, a stable and well-managed electrical network directly supports productivity, equipment life and operational continuity.
Typical Industrial Challenges
- Poor or fluctuating Power Factor
- Harmonics from drives and electronic loads
- Capacitor bank overheating or failure
- Reactor heating in detuned systems
- Transformer and cable stress
- Nuisance tripping
- Increased electrical losses
- Downtime risk in continuous operations
TEAMS studies the industrial LV network, load behaviour and operating pattern to identify the real source of Power Quality issues — whether it is reactive power demand, harmonics from drives, capacitor stress, transformer loading or fast-changing process loads.
For relatively stable industrial loads, properly designed APFC panels can improve Power Factor and reduce losses. For plants with VFDs, UPS systems, furnaces, welding loads or continuously varying production loads, SVGs, Active Harmonic Filters or hybrid solutions can provide better performance and long-term reliability.
Our approach is focused on practical industrial outcomes: lower electrical stress, fewer nuisance trips, improved equipment life, reduced losses and stronger continuity for critical operations.
Our Power Quality Offering
APFC Panels
Automatic Power Factor Correction panels are widely used to improve Power Factor in Low Voltage installations.
They are suitable for facilities where reactive power demand is relatively stable and where harmonic levels are within acceptable limits.
APFC panels can help:
- Improve Power Factor
- Reduce penalties linked to poor Power Factor
- Improve transformer utilisation
- Reduce electrical losses
- Support better electrical efficiency
TEAMS can support with selection, sizing, supply and implementation of APFC panels based on project requirement.
Static VAR Generators
Static VAR Generators provide fast, dynamic reactive power compensation. Unlike conventional capacitor switching systems, SVGs respond rapidly to changing load conditions.
SVGs are suitable for modern installations where the load profile is dynamic and precise compensation is required.
SVGs can help:
- Improve Power Factor dynamically
- Respond quickly to changing loads
- Reduce over-compensation
- Save space compared to conventional systems
- Lower maintenance than APFC
- Reduce life cycle cost
For buildings, data centres and industries with dynamic loads, SVGs can be a strong technical and commercial choice.
Active Harmonic Filters
Active Harmonic Filters are designed to reduce harmonic distortion caused by non-linear loads such as variable frequency drives, UPS systems, rectifiers, EV chargers, LED lighting and electronic equipment.
AHFs monitor the harmonic current and inject compensating current to reduce distortion in the network.
Active Harmonic Filters can help:
- Reduce harmonic distortion
- Protect transformers and cables from overheating
- Improve electrical reliability
- Reduce nuisance tripping
- Support compliance with harmonic limits
- Improve performance of sensitive equipment
TEAMS helps customers select the right AHF solution based on site measurement, design data or project specification.
Hybrid Power Quality Solutions
In many facilities, the best solution is not one product. A hybrid approach may combine APFC panels, SVGs and Active Harmonic Filters to address both reactive power and harmonics. Hybrid solutions are especially useful where customers need a balance of performance, cost, space and future scalability. We evaluate the electrical requirement and recommends a solution that is technically suitable and commercially sensible.
How We Help Existing Installations
For existing facilities, TEAMS follows a structured and evidence-based approach.
- Power Quality Study with onsite measurement
- Data Analysis
- Root Cause Identification
- Solution Recommendation
- Implementation Support
Our objective is simple: measure correctly, recommend responsibly and implement effectively.
How We Help New Installations
Power Quality should be considered at the design stage, not after operational issues appear.
Design Stage Support
Where design data is available, we can help evaluate the expected load profile and recommend suitable Power Factor correction and harmonic mitigation solutions.
This may include:
- Review of load schedules
- Transformer and LV system review
- Expected reactive power requirement
- Harmonic risk assessment based on load type
- Recommendation of APFC, SVG, AHF or hybrid solutions
TEAMS supports consultants, contractors, developers and end users in selecting the right Power Quality solution for new projects.
Quotation Based on the Specification
Where the consultant or designer has already specified the Power Quality solution, TEAMS can provide a suitable technical and commercial offer.
We support project requirements for:
- APFC panels
- Detuned capacitor panels
- Static Var Generators
- Active Harmonic Filters
- Hybrid compensation systems
Our role is to help ensure that the proposed solution is practical, reliable and aligned with project requirements.
What Makes TEAMS Different
TEAMS brings a practical, engineering-led approach to Power Quality improvement. We understand that customers do not need generic products. They need solutions that work in real operating conditions.
- Strong focus on LV Power Quality
- Practical understanding of buildings, data centres and industries
- Capability to conduct Power Quality studies
- Solution-neutral approach across APFC, SVG, AHF and hybrid systems
- Support from assessment to implementation
- Focus on technical suitability and long-term value
- Local understanding of Oman’s operating environment
TEAMS helps customers move from electrical symptoms to engineered solutions.
Improve the Electrical Health of Your Facility
Whether you are planning a new project or improving an existing installation, we can help you select and implement the right LV Power Quality solution.
Frequently Asked Questions
What is Power Quality?
Power Quality refers to the condition of electrical power supplied to equipment. Good Power Quality means that voltage, current, frequency, Power Factor and harmonics remain within acceptable operating limits.
Why is Power Quality important?
Power Quality affects energy efficiency, equipment life, electrical reliability and maintenance cost. Poor Power Quality can result in losses, overheating, failures and operational disruptions.
What are common Power Quality problems in LV installations?
Common issues include low Power Factor, harmonics, capacitor failure, transformer heating, cable overheating, nuisance tripping and voltage distortion.
When should we conduct a Power Quality study?
A Power Quality study is recommended when a facility experiences poor Power Factor, capacitor failures, repeated tripping, overheating, high electrical losses or unexplained equipment issues.
Can Power Quality problems increase electricity cost?
Yes. Poor Power Factor and higher electrical losses can increase operating cost. Improving Power Quality can help reduce avoidable losses and improve electrical efficiency.
What is the difference between APFC, SVG and AHF?
APFC panels improve Power Factor using capacitor banks. SVGs provide fast dynamic reactive power compensation. Active Harmonic Filters reduce harmonic distortion from non-linear loads.
Can APFC panels with reactor remove harmonics?
APFC panels are mainly used for Power Factor correction. The blocking reactors only prevent harmonic current to enter capacitor circuit, but do not eliminate them. If harmonics are present, the system must be carefully designed. In harmonic-rich networks, Active Harmonic Filters or hybrid solutions may be required.
When should we consider SVG?
SVGs are suitable where loads change quickly, where precise compensation is required, where space is limited, or where conventional capacitor-based systems are not delivering stable results.
When should we consider Active Harmonic Filters?
Active Harmonic Filters should be considered when harmonics from drives, UPS systems, rectifiers, LED lighting or electronic loads are affecting the electrical network.
Can TEAMS support both new and existing projects?
Yes. TEAMS supports existing facilities through Power Quality studies and solution implementation. For new projects, TEAMS can support design-level recommendation or quotation based on consultant specification.
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