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China Suppliers: High-Performance SVC MCR Type for Flicker Harmonic and Dynamic Reactive Compensation - Factory Direct
High-Voltage TSC Device
The high-voltage TSC dynamic reactive power compensation device consists of a control system, triggering system, thyristor monitoring system, pulse transformer, capacitor, reactor, protection unit, etc.
The control system detects the reactive power of the power system in real time, automatically determines the capacitor branch that needs to be switched, and then controls the thyristor valve group of the corresponding branch to achieve the switching of the capacitor group. The above process is completely automated, ensuring no impact, surge, or transition when switching capacitors.
TCR Type SVC Device
The TCR type SVC device mainly consists of two parts: TCR (thyristor controlled reactor) and FC (filter capacitor bank). The FC circuit combines filtering function and can provide fixed capacitive reactive power, while the TCR circuit changes the inductive reactive power output of the phase controlled reactor through thyristor control.
Due to the extremely fast dynamic response speed of thyristors, with a response time of less than 10 milliseconds, real-time dynamic compensation of reactive power can be achieved. Especially for three-phase AC arc furnace loads, the voltage fluctuations and flicker generated can be minimized. At the same time, TCR type SVC has phase separation regulation function, which can balance the unbalanced loads of three-phase AC arc furnaces and other loads, and suppress the negative sequence component of the power grid to the minimum.
Products Advantage
- The thyristor valve adopts a photoelectric triggering method, with thyristor BOD protection, strong anti-interference ability, and reliable protection;
- The valve body design adopts a horizontal design, with compact equipment, reliable operation, and less maintenance workload;
- Fiber optic communication is used between the control system and the power unit, resulting in high signal stability;
- The thyristor controlled reactor has protection functions such as loss of synchronous power supply, loss of pulse, pulse imbalance, and thyristor breakdown.
Frequently Asked Questions
What components make up the high-voltage TSC dynamic reactive power compensation device?
The device consists of a control system, triggering system, thyristor monitoring system, pulse transformer, capacitor, reactor, and protection unit.
How does the TSC device achieve automated switching without surge?
The control system monitors the reactive power of the power system in real time, automatically selects the correct capacitor branch to switch, and controls the corresponding thyristor valve group. This automated process ensures there is no impact, surge, or transition during switching.
What is the main composition of the TCR type SVC device?
It mainly consists of two parts: the TCR (thyristor controlled reactor) and the FC (filter capacitor bank). The FC provides fixed capacitive reactive power and filtering, while the TCR regulates the inductive reactive power output.
How fast is the dynamic response speed of the TCR type SVC?
The thyristors provide an extremely fast dynamic response speed, with a response time of less than 10 milliseconds, allowing for real-time dynamic compensation of reactive power.
What protection features are built into the thyristor controlled reactor?
It features protection against the loss of synchronous power supply, loss of pulse, pulse imbalance, and thyristor breakdown.
Why is fiber optic communication used in this system?
Fiber optic communication is used between the control system and the power unit to ensure high signal stability and prevent electromagnetic interference.