Siemens Energy Implements STATCOMs and SynCons to Address Grid Instability Caused by Renewables
As the adoption of renewable energy sources grows, grid instability is becoming a significant concern due to fluctuations in voltage and frequency. To combat these challenges, Siemens Energy is leveraging advanced technologies such as Static Synchronous Compensators (STATCOMs) and synchronous condensers (SynCons).
These technologies are essential for providing reactive power support, which stabilizes voltage levels and enhances overall grid performance. STATCOMs are particularly effective in dynamic voltage regulation, allowing them to swiftly react to changing grid conditions. This makes them ideally suited for power grids with a high penetration of renewables. By improving power quality, STATCOMs also help mitigate the risks of outages and equipment damage that can result from voltage instability.
On the other hand, synchronous condensers supply necessary rotational inertia, a characteristic that tends to diminish when traditional fossil fuel generators are replaced by renewable energy sources. SynCons play a crucial role in stabilizing grid frequency and providing short-circuit power, thereby supporting the overall strength of the system.
By integrating both STATCOMs and SynCons, Siemens Energy offers a comprehensive strategy to fortify grid stability, which is particularly vital in regions undergoing rapid transitions to clean energy. Ensuring a reliable electricity supply is critical in these contexts.
Globally, the deployment of STATCOMs and SynCons is increasing as utilities and transmission operators invest in enhancing their networks. Such investments are crucial to guarantee that the transition to renewable energy does not undermine the reliability and resilience of modern power systems.
Original article by NenPower, If reposted, please credit the source: https://nenpower.com/blog/siemens-energy-implements-advanced-technologies-to-mitigate-grid-instability-from-renewable-sources/
