Intelligent Electrical Power Grids – a.k.a. Smart Grids – are the “smartified” version of our electricity infrastructure. By adding controls, communication, and other digital elements these grids are expected to be more flexible, robust, efficient, and capable in order to satisfy the requirements of the future: hosting more renewable sources, catering for an active demand side, or implementing flexible peer-to-peer energy markets.
Working with Smart Grids requires knowledge in a variety of disciplines out of electrical engineering, computer science, and mathematics. Of great importance is modeling and simulation, since Smart Grids show a level of complexity and heterogeneity that often can not be covered by analytical methods. In this course you will learn how to describe and assess a Smart Grid, mainly by using numerical tools.
You will use various modeling and simulation tools to investigate the properties of smart power grids. Each practical results in a short report. In the end, an electronic exam will be done.
Main Goal
After this course students are able to
LO1: Describe the smart functions of energy management systems
LO2: Deploy software-based models for steady-state and market performance analysis
LO3: Synthesize operational scenarios for insecurity risk identification
LO4: Apply data analytics and optimization for intelligent flexibility management
LO5: Solve operational security threats of systems (e.g. TSO-DSO, offshore/onshore systems, large/small size hubs) with different characteristics
Skills to be Gained
Gain skills in data analytics and optimization for intelligent flexibility management.
Practical Notes
To be updated
Date:
February 26
Period:
Expected duration:
Format:
Level:
Advanced
Language of instruction:
English
Requirements:
To be updated
Teaching and assessment methods:
Lectures and assignments. The final grade of the course consists of the following components: Assignment reports (in time!) (50%), Multiple choice Computer Exam (50%).