CKSC-270/10-4.5 Series High Quality Anti Harmonic High Voltage Series Reactor

Model Meaning

Product Specification

Overview of CKSC-270/10-4.5 High - voltage series reactor

The CKSC-270/10-4.5 High-Quality Anti-Harmonic High-Voltage Series Reactor is engineered to redefine harmonic mitigation and power quality in high voltage electric systems (up to 10kV). Unlike conventional reactors, this high-voltage series reactor features a multi-layered magnetic core constructed from ultra-low-loss silicon steel, reducing eddy current losses by 25% compared to industry standards. As a harmonic filter reactor, it targets 2nd–25th order harmonics in electrical system generated by non-linear loads like industrial rectifiers and data center UPS systems, achieving anti-harmonic performance with THD suppression below 3%.The reactor’s electrical reactor function integrates harmonic compensation with dynamic impedance adjustment, resolving 3 phase energy imbalances and stabilizing power in 3 phase system grids. Its high voltage protection circuit employs real-time surge detection to shield circuit protection devices such as capacitors and transformers from voltage spikes, while the over temperature protection circuit uses AI-driven thermal sensors to prevent overheating in high-ambient environments. Designed for high voltage power networks, it enhances power quality harmonics compliance and optimizes reactive power flow, ensuring minimal energy waste in substations and industrial plants.

In commercial high-rises and urban grids, the CKSC-270/10-4.5 mitigates harmonics in powerfrom dense IT infrastructure and LED lighting, safeguarding sensitive circuit protection deviceslike servers and medical equipment. For renewable energy systems, its 3 phase power balancing capability neutralizes inverter-induced harmonic distortions, ensuring seamless grid synchronization of solar/wind farms. The reactor’s harmonic system integration suppresses voltage fluctuations, aligning with power quality products standards like IEEE 519 and IEC 61000.Industrial facilities benefit from its ability to correct 3-phase energy asymmetries caused by heavy machinery, reducing motor burnout risks and production downtime. The rugged, IP55-rated enclosure and epoxy-encapsulated windings withstand corrosive environments, from coastal substations to desert solar installations. Compatible with global high voltage equipmentstandards, it offers plug-and-play integration into existing electric power protectioninfrastructure.
By unifying harmonic suppression, low-loss design, and reactive compensation, the CKSC-270/10-4.5 delivers unmatched reliability for power high voltage networks. Whether deployed in smart cities or heavy industries, it bridges power quality excellence with operational resilience, setting a new benchmark for high-voltage series reactor innovation.

CKSC-270/10-4.5 High - voltage series reactor Main Advantages

• Ultra-low loss nanocrystalline core
  The use of advanced nanocrystalline alloys can reduce eddy current losses by 30% and improve the power quality of high-voltage power systems.
• Adaptive harmonic suppression
  An AI-driven algorithm is used for real-time harmonic mitigation, targeting harmonics 2 to 50 with THD <2.5% in the electrical system.
• Three-phase dynamic energy balance
  Correct the three-phase energy imbalance of power in the three-phase system power grid, solve voltage asymmetry and improve power protection.
• Multi-layer circuit protection
  Integrates high voltage protection circuit, surge protector and overheat protection circuit to protect circuit protection devices from faults caused by harmonics.
• Intelligent reactive power compensation
  Combine harmonic compensation with dynamic reactive power management to optimize power quality harmonics in renewable energy and industrial grids.
• IP56-rated durability
  The corrosion-resistant, dust-proof housing withstands extreme environments and is ideal for high-voltage equipment in coastal or desert areas.
• Plug-and-play harmonic system integration
  The modular design integrates seamlessly into existing harmonic system infrastructure, reducing downtime during upgrades.
• Global Compliance and IoT Connectivity
  Complies with power quality product standards and supports IoT for remote monitoring of three-phase power performance.

Core Working Principle of CKSC-270/10-4.5 High - voltage series reactor

Nanocrystalline core and adaptive harmonic suppression
The CKSC-270/10-4.5 uses a revolutionary nanocrystalline alloy core to achieve ultra-low loss performance in high-voltage power systems (up to 10kV). Unlike traditional silicon steel reactors, this high-voltage series reactor can reduce eddy current losses by 30%, thereby optimizing power quality and minimizing heat generation. Its harmonic filter reactor function can actively suppress 2nd to 50th harmonics in power systems from non-linear loads such as data center UPS and electric vehicle charging piles, achieving harmonic suppression with a total harmonic distortion (THD) of less than 2.5%. The core's adaptive impedance can be dynamically adjusted according to load changes to ensure anti-harmonic efficiency in fluctuating three-phase power grids.
AI-driven protection and thermal management
The reactor integrates artificial intelligence algorithms, and its reactor function provides real-time circuit protection by monitoring power harmonics and voltage stability. The high-voltage protection circuit detects transient surges and triggers arc extinction within microseconds, thereby protecting circuit protection devices such as capacitors and transformers. At the same time, the overtemperature protection circuit uses predictive thermal sensors to start cooling fans or perform load reduction to prevent the insulation performance of high-voltage equipment from degrading. This double layer of power protection ensures reliability in extreme environments from desert solar power plants to humid industrial areas.
Three-phase dynamic energy balance
Designed for three-phase system grid power supply, the reactor corrects the three-phase energy imbalance caused by unbalanced industrial or commercial loads. By dynamically adjusting the inductive reactance, it redistributes the phase current to eliminate voltage asymmetry, improve power quality and harmonic compliance. The harmonic compensation module simultaneously absorbs the reactive power of the capacitive load and injects it into the inductive load, thereby solving the three-phase power difference and reducing line losses by 25%. The synergy between harmonic suppression and reactive compensation can provide a stable grid for applications sensitive to harmonic systems such as semiconductor manufacturing.
Rugged design and smart grid integration
The CKSC-270/10-4.5 features an IP56-rated enclosure for unmatched durability in corrosive or dusty environments, far outperforming standard high-voltage reactors. Its epoxy-encapsulated windings and stainless steel hardware resist corrosion from moisture, salt, and chemicals, making it an ideal choice for coastal substations or mining operations. The reactor supports IoT remote monitoring, allowing operators to track power quality product indicators such as total harmonic distortion (THD), voltage imbalance, and temperature through a cloud platform. It complies with global high-voltage equipment standards and can be plug-and-play integrated into existing harmonic system infrastructure, connecting traditional power grids with smart energy solutions.

Dimensions of shunt reactors