ZGR Corporation

ZGRModel FAA / AHF - Active Harmonic Filter

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The ZGR FAA / AHF is an advanced system aimed at eliminating harmonic distortion within power grids, ensuring optimal power quality and energy efficiency. This system notably mitigates the issues caused by harmonic contamination, such as increased RMS current leading to significant voltage distortions and elevated operational costs. By being installed in parallel with non-linear electrical loads, the ZGR FAA / AHF utilizes cutting-edge power electronics technology to analyze phase currents along with associated harmonics. It generates a compensation current that effectively neutralizes harmonic currents, producing a near-sinusoidal waveform. This approach not only enhances voltage quality but also reduces energy wastage and prevents overheating or malfunctioning of electrical equipment. The system's hybrid and robust design ensures reliability and efficiency, making it ideal for applications requiring stringent power quality standards.
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ZGR FAA / AHF is a system that helps to eliminate harmonic distortion in the power grid.

The ZGR FAA / AHF helps to eliminate harmonic contamination in the grid, reducing power quality problems and enhancing a more efficient and safe use of energy.

The presence of harmonics increases the RMS current in electricity grids. The transmission of currents harmonics through system impedance creates harmonics which produce voltage distortions and in this way deteriorate the quality of the grid voltage. This leads to increased operation and energy costs, production/process stops, overheating and malfunctioning of electrical equipment.

The ZGR FAA / AHF is designed according to the latest state of the art in power electronics technology.

The technology is installed in parallel with non-linear electrical loads. The active filter analyses the phase current together with the associated harmonics, generating a compensation current, which neutralizes the harmonic currents creating a practically sinusoidal waveform.

 

  • High security and reliability
  • Harmonic compensation up to the order of 50º (individually selectable)
  • Flicker Compensation
  • Ultra-fast reactive power compensation (inductive and capacitive)
  • Phase and neutral cable balance
  • Compact design
  • Scalable modular system (25A - 600A)
  • Resonance detection
  • Digital control with intelligent FFT algorithm
  • Ethernet and Ethercat connection system
  • High performance and reliability
  • Insensitive to grid conditions
  • Protections: Overload protection; Internal short circuit protection; Over temperature protection; Over and under voltage protection; Inverter bridge; Resonance protection; Fan failure alarm