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Digitalisation and Economic Regulation in the Energy Sector

chapter
posted on 2024-11-14, 14:23 authored by Emanuele Giovannetti, Manuel Llorca, Golnoush Golnoush Soroush, Tooraj Jamasb, Dani Davi-Arderius
The green energy transition relies on electricity generation from intermittent renewable energy sources and the electrification of end-consumption such as heating or mobility. At the same time, an increasing number of previously passive consumers are becoming active actors in the energy system, while the quantity of electric devices connected to the grid increases. These trends pose new operational, economic, and regulatory questions as the traditional roles of certain agents are mutating and multiplying. Digitalisation offers the possibility of implementing innovative solutions to the new challenges faced by grid operators, especially at the distribution grid level. We present some potential digital solutions to overcome the operational challenges imposed by the ‘future-proof’ energy systems currently being devised and we address their economic implications. We also tackle some aspects related to the digitalisation of the energy sector (efficiency and innovation, interoperability and standardisation, centralised vs decentralised solutions) from an economic perspective. Finally, a successful digitalisation of the sector requires adjustments in the regulatory frameworks. In conclusion, we detail some regulatory improvements that are needed.

History

Refereed

  • Yes

Volume

2

Page range

17-27

Series

Danish Utility Regulator's Anthology Project Series on Better Regulation in the Energy Sector

Publisher

FREDERIKSVÆRK

Place of publication

Copenhagen

Title of book

INCENTIVES AND DIGITALIZATION FOR FLEXIBILITY IN THE GREEN TRANSITION

ISBN

978-87-975187-0-0

Editors

Meeus L, Jamasb T, Smidt C

Note

The political momentum toward green transition of the energy sector coupled with a widespread electrification driven by anticipated significant increases in i.a. electrical vehicles and heat pumps has significantly heightened projected demands for capacity across national and international electricity grids. These developments have also intensified a long-term interest among policymakers, practitioners and scholars in finding ways to increase the flexibility in retail demand as a way to mitigate the substantial costs associated with the anticipated expansion of grid capacities. The more household and business consumption can shift away from traditional peak load periods, the better electricity grid companies will be able to utilize existing grid capacities and thereby reduce the need for capacity expansions. The Danish Utility Regulator (DUR) is deeply engaged in the practical development of regulatory frameworks to better accommodate an increase in demand flexibility, always with a fi

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