1Khz Air core Reactor

In power systems, the Air Core Reactor serves as a critical high-voltage device, fulfilling essential functions such as limiting short-circuit currents, providing reactive power compensation, and phase-shifting. Its uniqueness lies in the magnetic flux circuit formed through air, hence its name. Below is a comprehensive overview of the reactor's detailed characteristics:

Oil-free Design and Linear Inductance Characteristics: Eliminating issues like oil leakage and flammability associated with traditional oil-immersed reactors ensures oil-free operation, thereby ensuring high safety levels. Additionally, the absence of an iron core effectively prevents magnetic saturation, ensuring stable and linear changes in inductance.

Computer-Aided Optimization: Utilizing advanced computer technology for precise optimization of dry-type air-core reactors allows rapid and accurate configuration of desirable structural parameters tailored to individual user requirements.

Multi-layer Windings and Great Heat Dissipation: Employing a cylindrical structure with multiple layers of parallel windings and ventilated ducts between winding sections significantly enhances heat dissipation efficiency, notably reducing equipment hotspot temperatures.

Small Cross-Section Conductor Windings: Selected small cross-section round conductors wound in parallel strands greatly reduce eddy current and stray magnetic losses, thereby improving energy efficiency.

High-Strength Encapsulation and Curing Technology: External windings are tightly encapsulated with impregnated epoxy resin fiberglass and cured at high temperatures, ensuring outstanding integrity and mechanical strength to withstand short-duration current impacts.

Aluminum Star-Shaped Terminal Blocks: Manufactured from high-strength aluminum, these terminal blocks further stabilize the structure and reduce eddy current losses.

UV-Resistant Protection: Special anti-UV, anti-aging protective coatings applied to both internal and external surfaces of the reactor provide strong adhesion and resilience against harsh outdoor weather conditions, ensuring long-term durability.

Flexible Installation Options: Various installation methods are offered, including vertical three-phase, zigzag, or linear configurations, suitable for outdoor use, significantly reducing infrastructure investment costs.

Safe, Low-Noise Operation: The air core reactor demonstrates high levels of safety and reliability during operation, with minimal noise levels and low maintenance requirements.

Adjustable Inductance Design: Inductance levels of the air core reactor can be flexibly adjusted according to user requirements, with an adjustable range of up to 5% or greater, to meet diverse application needs in different scenarios.