Explore a 43-minute conference talk on managing grid frequency using noisy on-off appliances, presented by Simon Tindemans from Imperial College at the Alan Turing Institute. Delve into the physics of electricity grid balancing and the role of flexibility in future power systems. Examine the potential of flexible refrigeration for demand response and learn about distribution-referred control methods for complex population constraints. Discover how semi-autonomous operation and stochastic behavior impact grid management. Gain insights into the underlying principles of this approach and consider open challenges in non-trivial mean field applications. The talk covers topics ranging from elementary device models to the stochastic balancing problem, providing a comprehensive overview of innovative techniques for maintaining grid stability using everyday appliances.
Managing Grid Frequency Using Noisy On-Off Appliances - Simon Tindemans, Imperial
Alan Turing Institute via YouTube
Overview
Syllabus
Intro
Physics of electricity grid balancing
Flexibility in the future power system
The flexibility spectrum
Outline
The promise of flexible refrigeration
Flexible refrigeration from what' to 'how'
The demand response control spectrum
Requirements
Complex population constraints
Distribution-referred control
Constructing a reference population
Compute switching actions
Controller implementation (summary)
Aggregate response
Meanwhile, in the lab...
Semi-autonomous operation
What are the underlying principles?
Open challenge: non-trivial mean field
Elementary device model
Stochastic behaviour
The stochastic balancing problem
Summary and outlook
Taught by
Alan Turing Institute
