CONSNANT SVG‑200kVAR 220VAC Three‑Phase Integrated System Cabinet for Reactive Power Compensation, Peru Project

Project Background

Industrial facilities across Latin America are frequently challenged by volatile grid conditions. Dynamic fluctuating inductive‑capacitive loads lead to low power‑factor, voltage swings, extra utility penalty charges, and accelerated ageing for transformers and production equipment. Traditional capacitor‑bank compensation solutions cannot keep pace with rapidly‑changing load profiles, and carry risks of harmonic amplification and grid resonance, failing local grid‑code requirements.

This project is located in Peru. The on‑site low‑voltage distribution system adopts 220VAC three‑phase 60Hz power supply. The client required a complete turn‑key cabinet‑type Static Var Generator solution, aiming to resolve reactive‑power issues, stabilize bus‑bar voltage, lift power‑factor, cut line power losses and eliminate power‑factor penalty fees.

Based on CONSNANT mature SVG technology platform within its power‑quality solution portfolio (centered on SVG Static Var Generator and APF Active Power Filter), our engineering team delivered a customized SVG‑200kVAR 220VAC three‑phase integrated system cabinet as the core power‑quality governance equipment for this project.

Solution Introduction

CONSNANT SVG‑200kVAR three‑phase integrated cabinet adopts high‑performance IGBT power devices and high‑speed DSP full‑digital real‑time control technology. It supports bidirectional stepless dynamic reactive‑power compensation, rapidly absorbing or outputting reactive power to track load variations in real‑time.

✅ Core Product Advantages

• Rated specification: SVG‑200kVAR, 220VAC three‑phase integrated cabinet, adapts to 60Hz local Peru grid
• Ultra‑fast dynamic response ≤10 ms, continuous stepless reactive‑power adjustment between inductive and capacitive range
• Stabilize system voltage, suppress voltage fluctuation, raise power‑factor up to 0.98‑0.99
• Effectively avoid resonance risks commonly found in conventional capacitor compensation schemes
• Comprehensive electrical protection: over‑voltage, under‑voltage, over‑current, over‑temperature and built‑in fault self‑diagnosis
• Local HMI touch‑screen for real‑time operating‑data display; supports Modbus communication for remote monitoring and SCADA interconnection
• All‑in‑one cabinet‑type design for simplified on‑site installation, commissioning and maintenance
• Compliant with ISO, IEC, CE international certification standards

CONSNANT supplies a full series of power‑quality products, including rack‑mount and wall‑mount SVG & APF modules ranging from 50A‑200A, covering multiple voltage grades for industrial, data‑center, renewable‑energy and commercial‑building applications worldwide. Custom capacity, cabinet structure and communication functions can be tailor‑made for specific grid conditions.

On‑site Operation Results

After on‑site commissioning and formal put‑into‑operation in Peru:

1. Main bus‑bar power‑factor is stably maintained above 0.98, completely eliminating reactive‑power penalty charges issued by local power utility.
2. Grid‑side voltage fluctuation is significantly suppressed, power‑quality fully complies with Peru local grid standards.
3. Power losses of transformers and distribution cables are reduced, lowering comprehensive energy consumption for the whole plant.
4. Electrical stress on motors and production machinery is mitigated, extending service life of on‑site electrical assets.
5. Integrated cabinet design reduces EPC contractor’s system‑integration workload and shortens overall project delivery cycle.

This Peru SVG‑200kVAR project demonstrates CONSNANT’s capability to deliver customized turn‑key power‑quality solutions for overseas low‑voltage industrial grids. Whether for new‑build or power‑quality‑retrofit projects, CONSNANT provides professional site assessment, product customization, technical support and global after‑sales service.