english
français
Deutsch
Italiano
Русский
Español
português
Nederlandse
ελληνικά
日本語
한국
polski
فارسی
বাংলা
ไทย
tiếng Việt
العربية
हिन्दी
Türkçe
indonesia
Advanced Wall Mounted SVG Generator Three Phase Reactive Power Compensation System
Basic Properties
Place of Origin:shanghai
Brand Name:nengdu
Certification:CE
Model Number:SVG Three-Phase
Specifications
| Response Time: | Millisecond-Level | Type: | Static Var Generator (SVG) |
|---|---|---|---|
| Rated Voltage: | 200V-690V | Installation: | Wall-Mounted |
| Wiring System: | Three Phase | Compensation Type: | Reactive Power Compensation |
| Highlight | Wall Mounted SVG Generator,Advanced SVG Compensation System,Three Phase SVG Generator |
||
Product Description
Advanced Wall Mounted SVG Generator Three Phase Reactive Power Compensation System
Shanghai Nengdu New Energy boasts a professional team of power electronics engineers and a dedicated R&D center. We provide customized Active Harmonic Filter (AHF) solutions tailored to your grid parameters, load types and on-site mitigation requirements.
The active harmonic filter is an AHF (Active Harmonic Filter) system designed to eliminate harmonic oscillations and thereby reduce costs. It can be flexibly customized to achieve functions such as power factor improvement and load balancing, which can significantly improve power quality in power grids.
Contact Details
Shanghai Nengdu New Energy Co., Ltd.
Contact Person: Mrs. Alice
Tel: +86 15000033670
Fax: 86--15000033670
RELATED PRODUCTS
Low Voltage SVG for Photovoltaic Solar Plant Reactive Power Compensation
Low Voltage SVG for photovoltaic solar plants offers...
Dynamic SVG System for Grid Fluctuation Mitigation & Reactive Power Support
Advanced Static Var Generator (SVG) offers...
Intelligent Control Static Var Generator SVG for Data Center Power Quality Stabilization
Intelligent Control Static Var Generator (SVG) for data...
Fast Response Static Var Generator SVG for EV Charging Station Power Quality Control
Fast Response Static Var Generator (SVG) for EV Charging...
