The Difference Between Dynamic Voltage Regulator And Thyristor Voltage Regulator

Dynamic Voltage Regulator (DVR) is a power supply device that uses the ferromagnetic equivalent parameter oscillation and synchronous tracking compensation principle to obtain a stable AC output voltage and good bidirectional anti-interference performance. The biggest structural feature is that it does not use electronic equipment, environmental adaptability and stable and reliable performance, which is very popular with customers, but the price gives many customers a headache.

The product is suitable for use in areas where the power grid voltage fluctuates greatly and frequently. Ensure the safe operation of the equipment in harsh environments. High efficiency: the effective power is more than 99%. High precision: the voltage stabilization accuracy is ±0.5-1%. Intelligent instrument display: The intelligent instrument displays the effective values ​​of voltage, current, power, etc. in real time, which is clear, accurate, high-resolution, and safe and reliable with membrane button operation. Three-phase split adjustment: the output voltage imbalance is less than 0.5-1%, ensuring that the accuracy of the output voltage of each phase remains unchanged. Wide range of application: wide voltage stabilization range (the widest can be 40%-50%), which can meet the use of places and equipment with poor power grid quality and large voltage fluctuation range. High-speed response: the voltage stabilization response speed is within 40 milliseconds, and it does not affect any computer automation, equipment and instruments. Complete protection functions: ensure the safe operation of the dynamic voltage stabilizer and load. Strong preset function: the protection limit can be set arbitrarily. (Option) Strong overload capacity: the whole machine adopts high-quality components, good performance, and can withstand instantaneous overload without damaging the machine. Strong adaptability: strong adaptability to the power grid and load, can work reliably, continuously and stably under various harsh power grids and complex load conditions.