Project Snapshot
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Location: Şanlıurfa, Turkey (near Syria border)
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Grid Level: 33kV high-voltage system
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Main Loads: Lighting and ventilation fans
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Challenge: Low power factor causing penalties and losses
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Solution Capacity: 2 × 100kvar enjoypowers SVG (total 200kvar)
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Compensation Topology: Low-voltage 400V SVG correcting a 33kV system
Why enjoypowers SVG for Lighting & Fan Loads
Industrial facilities with heavy inductive loads such as lighting and fans require a fast and accurate solution. Traditional capacitor banks often lag behind, but the enjoypowers Static Var Generator (SVG) provides real-time dynamic compensation, ensuring:
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Unity power factor close to 1.0
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Stable voltage and reduced losses
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Lower energy bills with fewer reactive power charges
Technical Approach: 400V Compensation for a 33kV System
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Low-voltage installation, high-voltage impact: enjoypowers 400V SVG placed on LV side to serve the 33kV network through the transformer
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Fast response: Real-time reactive power injection/absorption
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Harmonic-resilient: Maintains performance under varying load profiles
Results & Benefits
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Power Factor Compliance: PF maintained within utility thresholds
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Reduced Charges: Lower reactive penalties and network losses
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Operational Stability: Smoother operation for lighting/fan circuits
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Scalability: Modular 2 × 100kvar SVG design supports future load growth
Conclusion
This power factor optimization project in Şanlıurfa, Turkey highlights how enjoypowers SVG can solve low power factor issues in facilities with inductive loads. By applying 400V low-voltage compensation to a 33kV system, the project achieved energy savings, power quality improvement, and long-term grid stability.
