Ensuring grid stability: Synchronous condensers support power system reliability

According to Deloitte’s 2025 Renewable Energy Industry Outlook, demand for clean energy is now outpacing supply. This trend places additional strain on power systems, as more variable sources like wind and solar are integrated into the grid. Here, Marek Lukaszczyk of WEG, explains how rotating synchronous condensers can stabilise renewable energy sources and optimise power flow in the grid.

Renewable energy sources are more difficult to manage than conventional sources, for several reasons. First, they are less predictable: solar panels, for example, generate power intermittently, depending on sunlight. Second, renewable energy is increasingly decentralised, with rooftop solar panels and battery storage spread across wider geographical areas. Third, low- and medium-voltage renewable systems experience higher power losses and voltage fluctuations.

A key challenge within these fluctuations is balancing real power with reactive power.


Read the full article in DPA's March 2026 issue



Image courtesy of Shutterstock

Previous Article Microplastics removed by algae technology
Next Article Autonomous swarms of AI-powered robots are here to fight fires
Related Posts
fonts/
or