Customized Power‑Quality Solution: CONSNANT SVG‑200kVAR 220VAC Three‑Phase Integrated System Cabinet Deployed in Peru
Project Background
Industrial sites across Latin America are frequently faced with unstable grid conditions: fluctuating operating voltage, shifting inductive‑capacitive loads, low power‑factor metrics, extra utility surcharges, and accelerated ageing of transformers and production equipment. Conventional capacitor‑bank compensation solutions often struggle with fast‑changing load profiles and risk harmonic amplification, failing to satisfy local power‑grid standards and operational expectations.
For one key industrial project in Peru, the on‑site power system operated at 220VAC three‑phase. The customer required a turn‑key, cabinet‑type static var generator solution to resolve reactive‑power issues, stabilize bus‑bar voltage, lift power‑factor close to 0.99, cut down line losses, and avoid penalty charges from power authorities. Based on CONSNANT mature SVG technology platform, we delivered the customized SVG‑200kVAR three‑phase integrated system cabinet as the core governance equipment for this projectConsnant.
Solution Overview
CONSNANT SVG‑200kVAR 220VAC three‑phase integrated system cabinet belongs to CONSNANT power‑quality solution portfolio centered on SVG (Static Var Generator) and APF (Active Power Filter) products. Adopting advanced IGBT power electronic devices and high‑speed DSP real‑time calculation control, this integrated cabinet performs full‑range dynamic bi‑directional reactive‑power compensation, both absorbing and outputting reactive power rapidly.
✅ Core Technical Highlights
- Rated specification: SVG‑200kVAR, 220VAC three‑phase integrated cabinet
- Ultra‑fast dynamic response, response time ≤10ms, stepless continuous reactive‑power adjustment from inductive to capacitive range
- Effectively stabilizes system voltage, suppress voltage fluctuation, improve power factor up to 0.98‑0.99
- Avoid resonance risks that exist in traditional capacitor compensation schemes
- Complete electrical protection: over‑voltage, under‑voltage, over‑current, over‑temperature and fault self‑diagnosis
- Local HMI touch‑screen for real‑time data visualization; supports Modbus communication for remote monitoring & SCADA interconnection
- Cabinet‑type integrated design: convenient on‑site installation, commissioning and maintenance, adapts to Peru local 60Hz grid condition
- Certifications: ISO, IEC, CE compliant
Project Value & On‑site Outcome
After commissioning and formal operation in Peru:
- Power‑factor of the main busbar is stably maintained above 0.98, eliminating reactive‑power penalty fees imposed by local power utility.
- Grid‑side voltage fluctuation is greatly suppressed; voltage quality meets local grid codes.
- Reduced power loss on transformers and distribution cables, lowering comprehensive energy consumption for the plant.
- Mitigated electrical stress for motors and production equipment, extending service life of on‑site assets.
- All‑in‑one cabinet design simplified system integration work for the EPC contractor, shortening project delivery cycle.
Beyond this Peru cabinet‑type SVG case, CONSNANT supplies rack‑mount and wall‑mount SVG & APF modules covering 50A‑200A, supporting multiple voltage grades of 220VAC /400VAC /690VAC, for mining, manufacturing, renewable‑energy, data‑center and commercial building scenarios worldwideConsnant. Customized capacity, cabinet structure and communication functions can be tailored according to customer grid conditions.
Contact Us
If you are looking for reliable dynamic reactive‑power compensation and power‑quality governance solutions for your industrial facility, welcome to get in touch with CONSNANT technical team for site assessment and customized quotation.
