The study of power system oscillations is central to ensuring the stable and reliable operation of modern electrical grids, particularly as renewable energy sources are increasingly integrated.

Over the past decade, those of us in the power industry have witnessed a remarkable transformation. Power needs have not only grown, but with each generation they have advanced — driven by smarter ...

Steps engineers can take to help mitigate power outage impacts. Paths to PLC redundancy. Paths to PAC redundancy. How can a dual Ethernet ring help with resilience? Power outages are becoming more ...

A residential development in Florida provides a model for the future of grid modernization, showcasing reliability and resiliency. Community microgrids provide a new approach to the design and ...

Real-time power system simulation and hardware-in-the-loop testing are among the key tools for power industry leaders. Learn how these technologies are paving the way for a secure and sustainable grid ...

Six times during the previous year the local utility supplying power to a large soap manufacturing plant in the Midwest suffered power outages, shutting down the plant’s production lines. Each time ...

What are Stackelberg games and how do they apply to power systems? What is an IEEE 9 bus? The Stackelberg game approach is defined as a strategic game in economics. It models a competition between a ...

Electric rail traction systems were initially deployed in the 19 th century and are growing in importance in our modern times. This mode of transportation is the best on a power-per-weight basis as ...