High-Voltage Air-Core Reactor for Power Systems
These high-voltage air-core reactors are engineered for reactive power compensation in electrical power systems. The air-core design eliminates ferroresonance, ensuring high linearity and stable performance in transmission and distribution networks.
Technical Specifications
Overview
High-Performance Air-Core Reactors
These high-voltage dry-type air-core reactors are engineered for critical roles in power systems, including reactive power compensation, harmonic filtering, and current limiting. Utilizing a sophisticated multi-layer parallel winding structure with oil-free, epoxy-impregnated glass fiber construction, these units offer exceptional thermal dissipation and mechanical strength. Designed to withstand harsh outdoor environments, they provide a reliable, maintenance-free solution with a service life of up to 30 years.
Technical Specifications
Voltage Range
Capacity Range
- Expected Service Life
- 30 years
- Cooling Method
- Natural air convection via ventilation air passages
Construction & Materials
Key Materials
- Aluminum conductor material
- Epoxy-impregnated glass fiber
- Polyester film insulation
- UV-resistant anti-aging coating
Structural Features
Types and Applications
Available Reactor Types
| Reactor Type | Primary Application |
|---|---|
| Series Reactor | Suppress harmonic current and limit inrush current |
| Current Limiting Reactor | Limit short-circuit current during system failure |
| Shunt Reactor | Compensate capacitive current and stabilize voltage |
| Filter Reactor | Form tuning loops to filter specific harmonics |
