Pole-Mounted Reactive Power Compensation Device

1. High-voltage adaptable and targeted: Designed specifically for high-voltage transmission lines, it can accurately match the reactive power demand of high-voltage lines, effectively make up for the reactive power loss of the line and improve the transmission efficiency.

2.  Efficient compensation and stable power transmission: Real-time monitor the reactive power change of the high-voltage line, automatically adjust the compensation capacity, reduce line voltage loss and avoid voltage fluctuation.

3.  Excellent protection and outdoor adaptable: The shell is made of anti-corrosion and anti-aging materials, with good sealing performance, which can adapt to complex outdoor environments and ensure long-term stable operation.

Product Overview

The Pole-Mounted Reactive Power Compensation Device (also known as a line reactive power compensation device) is a dedicated complete set of compensation equipment specifically designed for 6kV and 10kV high voltage distribution lines. Its core functions are to compensate for reactive power losses along the line and balance grid reactive power. It can effectively improve line power factor, reduce line losses, stabilize line voltage, and extend the service life of power transmission and transformation equipment. It is a key supporting device for energy saving, loss reduction, and stable operation of high voltage lines.

The product is primarily available in outdoor pole-mounted and floor-standing configurations, designed to suit outdoor installation scenarios for high voltage lines. It is factory pre-assembled and tested, strictly adhering to national and industry standards. High-quality components resistant to harsh outdoor environments are used. It features a compact structure, wind and rain resistance, reliable operation, and convenient maintenance. It is widely used in high voltage distribution lines, rural power grids, industrial park transmission lines, and distribution network renovation projects.

Operating Environment

1.  Ambient Temperature: -40°C to +55°C, suitable for extreme outdoor high and low temperature conditions, meeting outdoor operation requirements for high voltage lines.

2.  Altitude: ≤1000m; customizable for up to 2000m with optimized insulation structure, suitable for plateau line scenarios.

3.  Relative Humidity: ≤95% (at +25°C), features anti-condensation function to prevent moisture damage to components and ensure insulation performance.

4.  Installation Site: Next to high voltage line poles, outdoor distribution areas, free from corrosive gases and explosive dust, away from flammable and explosive materials.

5.  Protection Rating: Outdoor IP54 to IP65, pollution and corrosion resistant, sealed and dustproof, capable of withstanding complex outdoor weather conditions such as wind, rain, and sandstorms.

6.  Installation Requirements: Pole-mounted type suitable for tower/pole installation; floor-standing type requires a fixed foundation; standardized wiring, reliable grounding, with maintenance space reserved.

Technical Specifications

Item

Unit

Parameter

Rated Voltage

kV

6, 10 (commonly used), suitable for high voltage line rated voltage

Rated Frequency

Hz

50

Compensation Capacity

kvar

100–3000 (pole-mounted type commonly 100–500), customized as needed

Capacitor Type

---

Metallized film capacitor, resistant to outdoor aging, low dielectric loss

Insulation Level

kV

10kV class: Lightning impulse 75kV, power frequency withstand 42kV

Service Life

Years

≥15 years, core components ≥20 years, resistant to harsh outdoor environments

Structure Type

---

Pole-mounted / outdoor floor-standing, complete fixed structure, integrated with full compensation components

Protection Rating

---

IP54 to IP65, pollution and corrosion resistant, sealed and dustproof, suitable for outdoor scenarios

Protection Functions

---

Overvoltage, overcurrent, fuse protection for safety

Product Features

1.  Line-Specific Design: Precisely matched to 6-10kV high voltage line operating conditions, focusing on core line reactive power compensation needs to specifically address high line losses and voltage instability.

2. Outdoor Adaptability: Pollution and corrosion resistant, windproof and rainproof design, suitable for harsh outdoor environments of high voltage lines, stable operation without frequent maintenance.

3. Complete Integration: Factory pre-assembled and tested, integrating full compensation and protection components for rapid on-site installation without additional assembly.

4.  Safe and Reliable: Multi-protection design, equipped with discharge devices and surge arresters to prevent overvoltage and overcurrent damage, ensuring safe line operation.

5.  Energy Saving and Loss Reduction: Effectively compensates for line reactive power losses, improves power factor to above 0.95, significantly reduces transmission line losses, and saves electrical energy.

6.  Flexible Adaptability: Compensation capacity and installation method can be customized as needed to suit different voltage levels and line lengths.

Our Advantages

1.  Focused on high voltage line compensation; product design aligns with actual line operating conditions with no redundant functions, precisely matching requirements.

2.  Strict selection of components resistant to outdoor aging; each product undergoes rigorous factory testing for stable and reliable performance.

3.  Compliant with national and industry standards, complete with necessary certifications, meeting acceptance requirements for power grids and various line renovation projects.

4.  Supports both pole-mounted and floor-standing installation methods; customized as needed; includes on-site installation guidance for rapid deployment.

5.  Full lifecycle after-sales service: remote fault diagnosis, local team response to minimize line downtime losses.

Ordering Guide

Please provide the following information when ordering to ensure accurate matching with high voltage line compensation requirements:

1.  Specify the high voltage line rated voltage, required compensation capacity, and installation method.

2.  Describe the installation environment (altitude, pollution level); indicate whether enhanced pollution and corrosion resistance is required.

3.  Provide information on line length and load characteristics to facilitate optimal configuration of compensation parameters.

4.  Confirm whether supporting installation, commissioning, and technical guidance services are required.

Online Consultation

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