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Independent aggregation in the nordic day-ahead market : what is the welfare impact of socializing supplier compensation payments?

This paper addresses the participation of independent aggregators (IAs) for demand response (DR) in European electricity markets. An IA is an aggregator trading the...

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Tim Schittekatte KB ZB
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Environmental insurance and resilience in the age of natural disasters
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Evaluating models of CO2 transport governance : from state-led to market-based approaches
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Online Debate

How to make the best use of EU’s natural gas network in the energy transition

26 April 2023

The EU has the most developed natural gas network in the world. It constitutes more than 200000 km of transmission pipelines, over 2 million km of distribution networks, and more than 20000 compressor and pressure reduction stations. The value of the total infrastructure investments is at least 250 billion Euro. 40% of households are connected to the gas network. In short, the EU gas network is capable of transporting and storing large quantities of energy and is well connected to the final consumers.

The EU has committed to achieving climate neutrality by 2050. To meet this objective it is intended to strongly reduce natural gas consumption, and based on Commission modeling this may already reduce gas demand by 25% by 2030, progressively shifting to use renewable and low-carbon hydrogen and biomethane.

At the same time the Commission is giving increasing importance to the rapid development of a CCS grid and storage, scheduling a CCS Strategy for later this year and proposing a EU 50 MT target for CO2 storage by 2030 as well as legal obligations on oil and gas companies to invest by this date.

Whilst the future hydrogen grids and CO2 network will be made up of a mix of new and old pipes, repurposing significant part of the existing gas grid will obviously play a major role.

 

The European gas networks will require major adaptations to meet this energy transition. And this adaptation should be done in full conformity with continuing safety of supply and minimal costs.

Against this background, National Regulatory Authorities will need to take decisions on the repurposing, de-commissioning, replacement, and extended use of individual existing EU’s gas systems assets. To do this in a consistent and wise way is a considerable challenge.

The FSR Policy debate will reflect on current knowledge and future challenges, asking whether the framework currently being finalized will deliver, and asking what is next and what still needs to be done.

Structure

Introduction   Andris Piebalgs | FSR

Presentation of the DNV Study “Future regulatory decisions on natural gas networks: repurposing, decommissioning and reinvestments” Dr. Konstantin Petrov | DNV

Discussion

Christopher Jones | FSR

Walter Boltz |

Sara Piskor | ENTSOG

Q&A with the audience

Conclusions  Andris Piebalgs | FSR

Presentations

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