1. It can be used to eliminate low-frequency oscillations in the power
system and stabilize the frequency and voltage of the system.
2. Can be used for reactive power control and power factor adjustment to
improve the stability and power transmission capacity of transmission
systems
3. Due to its ability to quickly add or absorb active power to the power
grid, systems with superconducting energy storage devices can be regarded as
flexible AC transmission systems
4. If it is not only seen as an energy storage device, but also as an
active power source for system operation and control, it will appear more useful
and effective, and can be used as a superconducting energy management system
5. It has an automatic power generation control function in the AGC system,
and local control errors can be minimized.
6. It can be used in distribution systems or large load sides to reduce
fluctuations and balance peak loads, control initial power, and improve
transient stability, and can achieve good benefits.
7. It can be used for island power supply systems because the cost of
connecting islands to the mainland is high. Generally, gas turbines are used to
generate electricity independently and form a grid. Superconducting energy
storage devices can be used for load regulation, etc.
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