SMART GRID TECHNOLOGIES
Recent Trends in Smart Grid Technologies (2025) 1) Grid-forming inverters move from pilots to “must-have” As synchronous machines retire, stability services (inertia, fault current, voltage/frequency support) increasingly come from power electronics. Grid-forming (GFM) inverters—especially when paired with batteries—now provide fast frequency response, black start, and ride-through that rival or exceed legacy plants. Field results point to GFM moving out of R&D and into real projects and grid codes. Why it matters: GFM is the backbone that lets high-renewables systems stay stable, enabling higher shares of wind and solar. 2) Virtual Power Plants (VPPs) scale up VPPs aggregate thousands of distributed energy resources (DERs)—home/EV batteries, smart thermostats, water heaters—into dispatchable capacity. They are now competing on cost with peaker plants and utility batteries, while being deployable in months, not years. Why it matters: VPPs are a fast, flexibl...