Collector Ring Device

To ensure the stable operation of the equipment, the synchronous phase-shifting device is a crucial component in large-scale power systems, serving as a key equipment for regulating reactive power. Its flexibility and automatic adjustment capabilities make it an indispensable part of grid operations.

Key Features:

1. Dynamic Compensation Capability: The synchronous phase-shifting device possesses outstanding dynamic compensation capabilities, allowing it to flexibly adjust its operating mode based on the requirements of the power grid. With both over-excitation and under-excitation modes, it can supply or absorb reactive power to meet the system's reactive power demands.

2. Automatic Excitation Adjustment Device: Equipped with an automatic excitation adjustment device, the synchronous phase-shifting device can intelligently increase reactive power output rapidly when the power grid voltage decreases, maintaining voltage stability. In the event of power grid faults, it can adjust the system voltage to ensure the correct operation of relay protection devices.

3. Collector Ring Device: Our company specializes in manufacturing collector ring devices for 10MW-20MW synchronous phase-shifting devices. This device provides reliable collection capacity for the synchronous phase-shifting device, ensuring effective transmission of generated power to the power grid.

4. Supporting Facilities: To meet the diverse requirements of different environments and working conditions, the synchronous phase-shifting device is equipped with corresponding cooling systems and monitoring systems. The cooling system ensures that the equipment maintains an appropriate temperature during extended operation, while the monitoring system is employed for real-time monitoring of equipment operating conditions, enhancing reliability and safety.

Application Areas:

Synchronous phase-shifting devices are widely used in large power systems, including power plants and substations. Their superior performance in grid regulation and protection makes them a critical component in power systems, providing robust support for stable and reliable grid operation.

In today's continuous drive towards the smart and automated power systems, the high degree of intelligence and automatic adjustment capabilities of synchronous phase-shifting devices enable them to adapt to the complex and ever-changing operational environments of power systems, thereby offering substantial support for the sustainable development of power systems.