Why Optimize Power Quality?
This text briefly introduces visitors to your main services.
Lower Operating Costs
Reduce wasted energy and unnecessary electrical losses.
Improve Equipment Reliability
Protect critical assets from electrical disturbances.
Reduce Downtime
Minimize production interruptions caused by power issues.
Extend Asset Life
Reduce stress on motors, drives, and sensitive equipment.
Our Power Quality Solutions
Active Harmonic Filters (AHF)
Reduce harmonic distortion caused by industrial loads and improve overall electrical system performance.
Static Var Generators (SVG)
Improve power factor and stabilize voltage under changing load conditions.
Automatic Voltage Conditioners (AVC)
Protect sensitive equipment from voltage fluctuations and grid disturbances.
Battery Energy Storage Systems (BESS)
Enhance resilience, optimize energy usage, and support renewable energy integration.
Reduce Energy Losses, Improve Reliability, and Protect Critical Operations
Poor power quality can silently increase energy costs, reduce equipment life, and cause unexpected downtime. MODBee helps industrial facilities improve electrical performance, optimize energy consumption, and maintain operational continuity.
Is Poor Power Quality Costing Your Facility More Than You Think?
Modern facilities depend on VFDs, automation systems, UPS infrastructure, HVAC systems, robotics, and renewable energy integration. These technologies improve productivity but often create hidden electrical issues that impact performance.
Common challenges include:
- Rising energy costs
- Equipment overheating
- Unexpected downtime
- Poor power factor penalties
- Voltage instability
- Reduced equipment lifespan
- Production interruptions
Addressing Modern Industrial Power Challenges
Today’s industrial facilities rely on VFDs, UPS systems, HVAC automation, solar PV, and nonlinear electronic loads, which can introduce power quality challenges affecting:
- Equipment reliability
- Production continuity
- Energy efficiency
- Electrical infrastructure performance
MODBee provides a complete approach including:
Power Quality Assessment → Engineering Analysis → Solution Design → Installation → Integration → Performance Monitoring
Advanced LV Power Quality Solutions
Through strategic collaboration with SINEXCEL China, a global leader in advanced power electronics technology, MODBee delivers next-generation LV power quality solutions including:
Active Harmonic Filters (AHF)
Advanced harmonic mitigation solutions designed to reduce harmonic distortion caused by:
- VFDs
- UPS systems
- SMPS loads
- LED lighting
- Industrial automation systems
Using advanced power electronics architecture, including FPGA-based intelligent control technology and high-performance switching platforms, SINEXCEL solutions provide fast and accurate harmonic compensation for dynamic industrial loads.
Next Generation Power Electronics Technology
MODBee solutions are based on advanced semiconductor and control technologies:
SiC-Based Power Electronics
Silicon Carbide (SiC) technology enables:
- Higher switching efficiency
- Reduced losses
- Improved thermal performance
- Compact system design
Supporting high-performance industrial power quality applications.
Advanced Voltage Conditioning (AVC)
Voltage quality directly impacts production continuity.
MODBee AVC solutions help protect sensitive industrial equipment from:
- Voltage sag
- Voltage swell
- Grid instability
- Electrical disturbances
Supporting reliable operation of critical production and automation systems.
Intelligent FPGA-Based Control
Advanced FPGA control architecture enables:
- Ultra-fast response
- Real-time power compensation
- Accurate harmonic correction
Dynamic load adaptation
Super Capacitor-Based Energy Solutions
For applications requiring rapid energy response and high reliability, super capacitor-based technologies support:
- Fast transient response
- High cycle life
Improved energy management performance
Advanced Static Var Generators (ASVG)
ASVG technology dynamically adjusts to changing electrical loads in real time, delivering precise reactive power compensation without over- or under-correction. By improving power factor, reducing low-order harmonics, and balancing electrical loads, ASVGs help increase system efficiency, improve equipment reliability, and support stable industrial operations.
Key Benefits
✔ Real-time reactive power compensation
✔ Improved power factor and voltage stability
✔ Reduced harmonic distortion
✔ Better load balancing across phases
✔ No risk of resonance issues
✔ Modular design for easy installation & expansion
Static Var Generators (SVG)
Intelligent real-time reactive power compensation solutions for:
- Power factor improvement
- Reactive power optimization
- Voltage stability enhancement
SVG technology provides dynamic compensation for rapidly changing industrial loads where conventional capacitor banks cannot provide optimal performance.
Static Var Generators Compensation (SVGC)
Intelligent reactive power compensation for improved efficiency and electrical stability.
ASVG technology continuously monitors and corrects reactive power in real time, helping facilities improve power factor, balance three-phase loads, reduce electrical losses, and maintain stable operations. With rapid response times and dynamic compensation, ASVGs deliver reliable performance even under changing load conditions while eliminating the limitations of traditional capacitor bank solutions.
Key Benefits
✔ Improve power factor up to 0.99
✔ Reduce utility penalties and energy losses
✔ Balance three-phase electrical loads
✔ Compensate both capacitive and inductive loads
✔ Real-time response to changing power demands
✔ Eliminate over-compensation and under-compensation
✔ Avoid harmonic resonance issues
✔ Modular design for easy expansion and installation
✔ Long service life with minimal maintenance
✔ Suitable for a wide range of industrial applications
Is Poor Power Quality Increasing Your Operational Costs?
Request a Power Quality Assessment with MODBee Technologies