Course Description

Modern power systems operate on a fundamental principle: generation must equal demand at every instant. Traditionally, large synchronous generators in thermal and hydro plants provided not only energy but also inertia, voltage control, and short-circuit strength. These machines were physically coupled to the grid and inherently stabilized frequency fluctuations due to their rotating mass. Grid stability is generally categorized into three dimensions: Frequency stability Voltage stability Transient stability As renewable penetration increases, especially inverter-based wind generation, the natural inertia provided by rotating machines declines. This reduction fundamentally changes how grids must be managed and stabilized.

What you'll learn in this course?

• Explain the concept of ancillary services in power systems

• Describe how wind power plants contribute to grid stability

• Analyze frequency and voltage control mechanisms in wind systems

• Understand inertial response and synthetic inertia

• Evaluate grid code requirements for wind integration

• Assess technical and economic challenges in grid service provision

Prerequisites

• Basic knowledge of electrical power systems and wind-energy concepts

• Familiarity with grid operation or renewable integration is helpful