SVC PLUS FS® (E-STATCOM)

As renewable energy sources increasingly replace conventional synchronous power generation, grid frequency becomes more sensitive due to the reduced presence of rotating machines. This shift presents grid operators with the challenge of providing sufficient system inertia, traditionally supplied by synchronous generators with high rotating masses, to maintain grid stability.

Siemens Energy SVC PLUS FS® (frequency stabilizer) addresses this challenge by emulating system inertia, injecting high active power into the grid when necessary. Additionally, it offers robust voltage support through reactive power compensation, ensuring enhanced grid stability and resilience in the face of fluctuating energy inputs.

In today's challenging energy landscape, grid operators require versatile resources that empower them to not only react but also act proactively. Our SVC PLUS FS® offers a reliable, economical, and space-saving solution, delivering numerous benefits in response time, control accuracy, and economic impact.

Recognizing that every power grid and large industrial consumer faces unique challenges related to power quality, active and reactive power compensation, and grid stability, our customized SVC PLUS FS® turnkey solutions address these needs comprehensively. We provide tailored consulting and solutions from a single source, ensuring seamless integration and optimal performance.

Our service portfolio extends from technical clarifications to on-site support and turnkey solutions, helping you optimize your assets and enhance their performance throughout their entire lifecycle. With Siemens Energy, you receive comprehensive solutions from a trusted provider, ensuring efficiency and reliability in your power systems.

• Frequency stabilization in grids with high renewable penetration using SVC PLUS FS®.
• Voltage regulation and reactive power compensation to prevent voltage collapse.
• Blackout prevention by providing fast frequency response bridging inertia gaps.

• Enabling higher grid access for renewables by stabilizing voltage and frequency.
• Reducing CO₂ emissions by facilitating the replacement of conventional generation with renewables.
• Supporting grid codes requiring fast frequency response and voltage support.