en.Wedoany.com Reported, In the Australian energy market, as solar, wind, and battery generation gradually replace traditional synchronous generators, the installation of synchronous condensers is increasing to maintain grid strength and inertia.

A synchronous condenser is a type of synchronous motor where the stator generates a rotating magnetic field, and the rotor rotates synchronously through magnetic force. During startup, the rotor needs to be accelerated to synchronous speed, after which it can operate independently, consuming only a small amount of power. During grid events such as short circuits, the high-inertia rotor of a synchronous condenser helps stabilize the voltage vector and suppress rapid frequency changes.

In the current power grid, most renewable energy generators use grid-following inverters, while synchronous condensers play a key role in replacing synchronous generators. Grid followers lock onto the rotating voltage vector, ensuring different generators maintain the same phase relationship and preserving network stability.

A thought experiment envisions gradually shutting down synchronous generators without the knowledge of the Australian Energy Market Operator, with synchronous condensers taking over. When the system reaches 100% renewable energy, disturbances such as load loss could cause the voltage vector to become uncontrollable, leading to frequency surges and grid collapse. This highlights the difference between a fully renewable energy grid and the current hybrid system.

To ensure feasibility, energy storage systems powered by batteries are seen as a potential solution, but this has not yet been validated in large-scale systems. The transition to renewable energy requires comprehensive power engineering and a prudent advancement strategy, not just reliance on government targets.

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