1.8Mvar SVG Power Factor Correction Solution for a Solar Cell Factory in Türkiye

Türkiye Project: 1.8Mvar SVG Power Factor Correction for Solar Cell Factory

Project Name: Türkiye Battery Factory Project
Location: Istanbul, Türkiye
Industry: Solar Cell and Battery Manufacturing
Product: ENJOYPOWERS SVG 100kvar × 18 units (Total 1800kvar)

Project Overview

A leading solar cell manufacturer in Istanbul, Türkiye, faced challenges with low power factor and poor power quality due to heavy use of heating systems, variable frequency drives (VFDs), and HVAC equipment. These inductive loads caused reactive power issues and affected grid efficiency.

To meet the local grid compliance standards and improve factory performance, the client deployed the ENJOYPOWERS Static Var Generator (SVG) solution. A total of 18 sets of 100kvar ENJOYPOWERS SVG modules were installed in parallel, providing real-time reactive power compensation and stabilizing voltage fluctuations across the production lines.

Solution Highlights

  • Total Capacity: 1.8Mvar (18 × 100kvar SVG)

  • System Type: Modular and parallel-connected SVGs

  • Control Method: Dynamic reactive power compensation

  • Power Factor Performance: Maintained consistently above 0.99

  • Installation Area: Solar cell and battery production workshop

Project Results

After commissioning, the ENJOYPOWERS SVG system successfully improved the factory’s power factor from below 0.90 to above 0.99, achieving full compliance with Türkiye’s grid performance requirements.
The system also:

  • Reduced reactive power losses

  • Enhanced power quality and grid stability

  • Lowered electricity costs related to low power factor penalties

  • Delivered stable, maintenance-free operation with high reliability

The customer praised ENJOYPOWERS for its fast response, compact modular design, and long-term operational stability.

About ENJOYPOWERS SVG

The ENJOYPOWERS Static Var Generator (SVG) is an advanced reactive power compensation device designed to improve power factor, reduce harmonic distortion, and enhance overall power quality in industrial and renewable energy applications.
Its modular design enables scalable installation from hundreds of kvar to several Mvar, ideal for battery manufacturing, PV production lines, data centers, and industrial facilities.

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