Course Description

Electricity storage is fundamentally transforming how modern power systems operate. Traditionally, generation had to instantly match demand. Today, storage introduces flexibility by decoupling generation from consumption. For example, during mid-day when solar production is high and demand is moderate, excess energy can be stored instead of curtailed. Later in the evening, when residential demand increases and solar output drops, stored energy can be dispatched. This flexibility enhances reliability, reduces dependence on peaking plants, and strengthens overall grid resilience.

What you'll learn in this course?

• Understand the strategic role of energy storage in modern grids

• Identify major electricity storage technologies

• Explain how storage improves reliability and stability

• Understand peak shaving and load leveling applications

• Explain ancillary services such as frequency regulation and voltage support

• Evaluate renewable integration benefits

• Understand economic and infrastructure advantages

• Recognize operational and planning benefits for utilities

• Identify technical and economic challenges

• Understand future trends in grid-scale storage

Prerequisites

• Basic understanding of electrical grids, power flow, and renewable generation

• Familiarity with utility operations and energy terminology is helpful