Static Frequency Converters (SFCs) enable the interconnection of networks that operate at different frequencies or require advanced power-flow control to maintain stability and power quality.
Grid Intertie SFCs are among the most reliable and flexible solutions for integrating electrical systems across railways, industrial facilities, and regional or cross‑border transmission networks.
Markets we serve
Power-from-shore
Enabling electrification for offshore platforms operating at frequencies different from the onshore grid.
Low-frequency AC transmission enabling long-distance power delivery with optimized reactive power compensation.
Enhanced power quality through LVRT capability, harmonic mitigation, and dynamic voltage support.
Advanced power-flow control ensuring stable and efficient energy transfer in highly dynamic offshore environments.
Industries
- Electrification of industrial facilities operating at different frequencies from the main grid.
Stable and controllable power-flow for industries requiring stable and precisely managed energy delivery.
Improved power quality and reliability, protecting sensitive industrial processes from grid disturbances.
Utilities
- Interconnection of grids with frequency mismatch, enabling cross-border power exchange and operational flexibility.
Low-frequency transmission with reactive power compensation for long-distance or weak network segments.
Electrification of isolated or remote areas, providing a stable interface to integrate them with the main grid.
Bidirectional power-flow control, supporting advanced energy management, congestion mitigation, and integration of renewables.
Key Benefits
Full Power‑Flow Control
Real‑time regulation of active and reactive power enables stable and predictable operation, even in weak grids or fluctuating load environments.
Frequency Conversion
Enables seamless power exchange between systems operating at different frequencies while ensuring stability, controllability, and decoupling between both systems.
Enhanced Power Quality
Voltage support, harmonic mitigation, and LVRT capability help maintain optimal power quality and protect connected equipment from disturbances.
Reliable Long‑Distance Transmission
Low‑frequency AC capability and advanced reactive power compensation allow efficient and stable power delivery over long distances, ideal for power‑from‑shore applications and remote area electrification.
Static Frequency Converters give us a reliable way to connect power systems, whether they operate at the same or at different frequencies. With SFCs, we enable electrification across frequency boundaries, enhance power quality, deliver energy efficiently over long distances, and control power flow with precision in offshore, industrial, and utility applications.
Featured Offering
Different Frequency
Power conversion and grid interfacing solutions that enable seamless electrification and energy exchange between systems operating at different electrical frequencies. Ideal for offshore platforms, industrial facilities, and cross‑border utility networks requiring reliable frequency adaptation.
Low Frequency AC (LFAC)
Advanced low‑frequency AC transmission technology designed for long‑distance power delivery with optimized reactive power compensation, reduced losses, and improved stability. Perfect for power‑from‑shore links, isolated areas and weak‑grid environments.
Same Frequency
Flexible, grid‑synchronized power conversion solutions for applications where both systems operate at the same nominal frequency but require controlled power flow, disturbance isolation, or enhanced power quality. Suitable for utility tie‑lines, industrial grid support, and dynamic power‑exchange scenarios.
