Digitalization in electricity systems
ENG-601 / 2 credits
Teacher: Heymann Fabian
Language: English
Remark: Registration closes Nov. 1st, 2024. The course takes place from Nov. 19th to Nov. 21st, 2024. The limited number of 10 places will be filled on a first-come first-served basis.
Frequency
Every year
Summary
Participants will be equipped with specialized knowledge, grounded on latest academic research and professional practice, on potential applications and risks digitalization tendencies pose to the operation and planning of electricity systems.
Content
The proposed lecture will consist of the following building blocks:
1. Digital transformation, digitalization and digitization:
- Definitions, drivers and patterns
- A short history of digitalization
- Digitalization theories
2. An overview over digital innovations and technologies
- Internet-of-Things
- Big Data
- Peer-to-peer trading
- Artificial Intelligence
- Distributed Ledger
- and other...
3. Selected applications across the electricity value chain
- Digital innovation in the electricity sector - An international overvie
- Forecasting techniques for electricity demand and generation
- Peer-to-peer trading
- Data hubs for to electricity transmission and distribution operators
- Aggregation of electricity consumers and flexibility
- Scarcity event analysis in resource adequacy studies
4. Emerging risks through digitalization
- Electricity demand of data centers and infrastructure
- Data privacy
- Cyber attacs and cyber security
- Ethical aspects of artificial intelligence
5. Steering digitalizationin the electricity sector
- Policy making – an introduction
- Digitalization policies & strategies
- Data privacy and protection policies
- Dynamic regulation and sandboxes
- Regulating AI, cyber security and digital platforms
Content and scope are constantly reviewed and may be slightly updated/adjusted before each edition.
Note
The lecture will integrate short presentations from external high-level professionals from the electricity industry, public administration and academia, providing excellent opportunity for networking and idea exchange with leaders in the field.
Learning Prerequisites
Important concepts to start the course
A good understanding of the planning and operation of electricity systems is recommended.
Learning Outcomes
By the end of the course, the student must be able to:
- Develop familiarity with the vocabulary of the digital transformation, its main theories, and possess the tools to analyze and mitigate effects of digitalization on electricity systems.
Assessment methods
Term paper
In the programs
- Number of places: 10
- Exam form: Term paper (session free)
- Subject examined: Digitalization in electricity systems
- Lecture: 16 Hour(s)
- Practical work: 24 Hour(s)
- Type: optional