Decentralized Energy Management: New Challenges for Operations Research

Hurink, J. L. (Speaker)

Activity: Talk or presentationInvited talk

Description

Our energy systems undergo a fundamental change. Where in the past the energy mainly was generated in large power plants using fossil fuels, in the future a large part of the generation will result from small plants in decentralized locations using uncontrollable renewable sources. This leads to a loss of control over a larger fraction of the generation. To be able to compensate for this loss in flexibility on the generation side, we have to create and use flexibility on the consumption side.
This has led to the concept of ‘Smart Grids’ and ‘Decentralized Energy Management’ is seen as a key element for these Smart Grids.
In this talk we first give an overview of the relevant developments in the Energy Supply Chain. Based on the changes we sketch possible concepts and methods for future control of these supply chains. Hereby Decentralized Energy Management is seen as one of the key elements. In a second part, we argue that new upcoming devices with inherent storage (like e.g. batteries or electric vehicles) offer large portions of flexibility and discus a range of scheduling problems that come up for these devices. For a few of these problems we sketch possible solution approaches.
Period15 Nov 2017
Event titleMercator School of Management Forschungsseminar Wintersemester 2017/2018
Event typeSeminar
LocationDuisburg, Germany
Degree of RecognitionInternational