Engineered for Reliability
Power Quality Improvement Systems
Advanced Active Filtering (APF) & Reactive Power Compensation (SVG/SVC) solutions. We restore the stability of your electrical network, protecting critical assets from harmonics and voltage instability.
Why Harmonics Mitigation & Reactive Compensation?
Our engineering team provides consulting based on practical experience in factories:
Harmonics: The Silent Killer
- Increased heat & losses in transformers, cables.
- Capacitor failure: bulging, explosion due to resonance.
- Nuisance tripping of Circuit Breakers.
Low Power Factor: Capacity Loss
- Increased I²R losses, overheating.
- Reduced transformer loading capacity.
- Risk of utility penalties.
Our Methodology
Data-Driven & Reliability Engineering
At Anh Minh, we don’t just sell boxes. We implement technical solutions based on Reliability Engineering standards.
Modern devices like VFDs, UPS, and induction furnaces optimize production but pollute the grid. We solve complex energy problems for heavy industries and transmission grids (up to 35kV) by focusing on real operational effectiveness and long-term accountability.
Root Cause Analysis (RCA)
Measure & Verify
35kV
Voltage Capability
No "One-Size-Fits-All" Approach
We select and integrate the most advanced technologies to suit your specific load characteristics.
SVC
Static Var Compensator
The optimal solution for voltage control and reactive power compensation in systems with large and fast load fluctuations (e.g., Electric Arc Furnaces, Rolling Mills).
SVG
Static Var Generator
Modern static compensation technology. Provides instantaneous response to maintain ideal power factor, even under unstable grid conditions.
STATCOM
Static Synchronous Compensator
Intelligent reactive power compensation system ensuring superior voltage stability for industrial zones and utility substations.
APF
Active Power Filter
Active harmonic filtering. Eliminates disturbing harmonic orders, protects sensitive control equipment, and reduces thermal losses across the system.
From Measurement to Deployment
Every factory is unique: non-linear load ratio, load variation, grid structure, existing capacitors, and PF/THD targets. Therefore, an optimal solution requires a “Measure – Analyze – Design” approach before implementation.
On-site Measurement & RCA
Diagnosing root causes using high-end analyzers.
Tailored Design
Selecting technology (SVG, APF, or Hybrid) that fits the budget and technical goals.
Single Point of Contact
From supply to installation, testing, and commissioning.
Strategic Benefits of Investment
Cost Optimization
Eliminate low PF penalties and reduce energy waste (I²R losses).
Enhanced Availability
Minimize unexpected downtime caused by electrical noise or voltage transients.
Extended Lifespan
Protect motors, transformers, and power electronics from the negative impacts of harmonics.