Siemens Energy Deploys STATCOMs and SynCons to Tackle Grid Instability from Renewables – EQ
In Short : As renewable energy use grows, grid instability is increasing due to fluctuating voltage and frequency. Siemens Energy is addressing this with STATCOM and synchronous condenser (SynCon) technologies, which provide reactive power and simulate inertia. These solutions strengthen grid resilience, ensuring stability amid intermittent power inputs. Global adoption is rising to support reliable, sustainable energy systems.
In Detail : The increasing integration of renewable energy into power systems is leading to greater grid instability. Fluctuations in voltage and frequency, caused by the intermittent nature of solar and wind power, are posing new challenges for grid operators around the world.
Siemens Energy has responded to this issue by promoting the use of advanced technologies such as Static Synchronous Compensators (STATCOMs) and synchronous condensers (SynCons). These solutions are designed to provide fast, flexible reactive power support to stabilize voltage and improve overall grid performance.
STATCOMs offer dynamic voltage regulation and can quickly respond to changes in grid conditions, making them ideal for grids with high renewable penetration. They enhance power quality and reduce the risk of outages or equipment damage caused by voltage instability.
Synchronous condensers, on the other hand, provide much-needed rotational inertia, a quality often lost when traditional fossil fuel generators are replaced by renewables. SynCons help stabilize grid frequency and offer short-circuit power to support system strength.
By combining both technologies, Siemens Energy is offering a comprehensive approach to reinforce grid stability. This is especially crucial in regions transitioning rapidly to clean energy, where maintaining reliable electricity supply is critical.
Globally, the deployment of STATCOMs and SynCons is on the rise as utilities and transmission operators invest in strengthening their networks. These investments are essential to ensure that the shift to renewable energy does not compromise the reliability and resilience of modern power systems.
