Power system dynamic simulation and stability analysis are pivotal in ensuring the reliable operation of modern electrical grids. With the increasing complexity of networks integrating conventional ...

The proposed frequency-fixed grid-forming control strategy controls CIGs as constant voltage sources within their capability limitations and can realize a renewable power system with fixed frequency ...

Commercial and industrial businesses can get a boost from their electrical infrastructure by making their systems more dynamic, enabling new capabilities and control. What do you need your electrical ...

The electricity sector is at an inflection point. The historical model of centralized, monopoly-provided electric service is under pressure from technological change, shifting market forces, evolving ...

The power industry’s rapid adoption of digitalization is a striking example of its dynamic innovation—the continuous development and introduction of new ideas, products, or processes to meet shifting ...

This editorial explores how power systems can proactively tackle climate change amid soaring renewable energy penetration. It highlights existing research gaps and showcases cutting-edge studies on ...

Today, environmental and cost constraints are placing significant pressure on the industry to optimize current power grid assets by installing complex control and protection systems to increase power ...

Power systems with high shares of wind and solar generation face declining inertia and short-circuit strength, increasing the risk of frequency and voltage instability. Grid-forming (GFM) control is a ...