How does synchronous condensing work?

Synchronous condensers operate much like traditional generators, but instead of producing active power, synchronous condensers provide reactive power to help support grid voltage and stability. Explore how synchronous condensing works across different turbine configurations:

Why work with GE Vernova?

GE Vernova combines global engineering expertise with a portfolio developed to help stabilize the grid, support renewables and data centers, and respond when the grid needs it most.

  • Integrated stability: Provide both grid services and dispatchable power for utilities and grid operators, microgrids, data centers, and renewable energy projects.
  • Tailored solutions: Scalable options for small and large projects with expert support in sitting, sizing, and revenue modeling.
  • Conversion expertise: Expanding the role of existing GE Vernova’s gas or steam turbines into synchronous condensers for new value streams.

White papers

Learn more about building a more resilient grid

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Grid firming technologies: Advancing sustainability strategies by providing a pathway to increased renewable generation

This paper explores the current availability of gas turbines equipped with synchronous condensing capabilities and batteries utilizing grid-forming inverters as viable solutions to enhance grid stability, thereby helping to ensure a more reliable and sustainable electricity supply.

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Spain's 2025 blackout experience: Grid firming needs for developing power systems with high-renewable penetrations

This paper depicts the blackout event that occurred in Spain, exploring the lessons learned from key stability issues and how aeroderivative solutions can fit into a broader grid-firming portfolio to improve reliability and stability for the future.

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