HYSVG Static Var Generator uses advanced STATCOM technology to dynamically adjust reactive power in the grid. By adjusting the voltage phase and amplitude, it ensures real-time compensation, improves energy efficiency and minimizes harmonic distortion.
HYSVG Static Var Generator is a cutting-edge solution for modern power systems seeking to stabilize grid operation and improve power quality. Based on the core principle of static synchronous compensation (STATCOM), it is directly connected to the grid through a self-commutated bridge circuit and reactor. By accurately controlling the voltage or current output on the AC side, reactive power can be generated according to grid demand, which can quickly compensate for inductive or capacitive loads and effectively balance voltage fluctuations caused by industrial machinery, renewable energy or load mutations. By maintaining grid stability, equipment damage can be prevented and energy waste in the transmission network can be reduced.
HYSVG Static Var Generator is designed with flexibility and versatility to seamlessly adapt to various operating needs through three different operating modes. In voltage regulation mode, the bus voltage can be stabilized within a tight tolerance range, which is critical for sensitive manufacturing environments. Reactive power compensation mode automatically adjusts the output to offset load changes, suitable for wind farms or solar power plants with intermittent power generation. Harmonic suppression mode actively filters out distortion caused by non-linear loads to ensure compliance with power quality standards. The versatile solution does not require a separate compensation device, simplifies infrastructure and reduces maintenance costs.
The HYSVG Static Var Generator is fast to respond and highly accurate. The solid-state design enables full reactive power regulation in milliseconds. Instantaneous response mitigates voltage sags, swells, and flicker that can affect production continuity in industries such as steel manufacturing or semiconductor manufacturing. The modular architecture enables scalable deployment, supporting applications ranging from small commercial facilities to utility-scale substations. Advanced cooling mechanisms and fault protection circuits ensure reliable 24/7 operation even in harsh environments with extreme temperatures or dust exposure.
The technology is compatible with smart grids and equipped with real-time communication interfaces for integration with energy management systems. By continuously monitoring power factor and voltage waveforms, HYSVG Static Var Generator can autonomously optimize compensation strategies and provide operators with actionable performance analysis. The low-loss design minimizes operating costs and achieves over 98% efficiency across the entire load range.
Post time: Apr-24-2025