Shanghai Kunyou Electric Power Quality Product Handbook

A comprehensive handbook describing Shanghai Kunyou Electric's power‑quality products, features, technical parameters and application fields.


Shanghai Kunyou Electric Power Quality Product Handbook - cover page
Brand
Shanghai Kunyou Electric
Category
Power Management
Document type
Product Leaflet
Language
Chinese
Pages
70
File format
PDF
File size
5.8 MB
Published
04 October, 2026
Updated
04 October, 2026
MD5 checksum
695B9DB2D33971283919E654F73A1EF5

About this manual

The handbook presents Shanghai Kunyou Electric’s range of power‑quality solutions, including surge absorbers, harmonic absorbers, active power filters and dynamic reactive power generators. It also details the company’s background, quality certifications and service philosophy.

Each product section provides an overview, technical specifications, functional features, application areas, selection guidelines and ordering information, supported by diagrams and performance data. This manual is written in Chinese.

What's inside

  • Company Overview
  • Power‑Quality Testing Equipment
  • KYDY Surge Absorber
  • KYCQXZ Harmonic Absorber
  • KYYLB Active Power Filter
  • KYSVG Dynamic Reactive Power Generator
  • Technical Parameters
  • Application Fields
  • Selection Guide
  • Ordering Information

Specifications

Protection ClassIP31
Operating Temperature-15℃ to +45℃
Relative Humidity<95% (non‑condensing)
KYSVG‑2M/6KV Capacity2 MVA

Frequently asked questions

What benefits does improving power quality provide?

It raises power factor, saves transformer capacity, reduces electricity costs, improves peak‑shaving production, enhances equipment stability, increases transformer overload capability, lowers transformer temperature and noise, and mitigates voltage distortion and safety hazards.

What are the environmental limits for installing the KYLB low‑voltage self‑healing filter capacitor?

Installation altitude must not exceed 2500 m, ambient temperature –25 °C to +50 °C, and relative humidity must stay below 90 %.

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