ACER-ENTSOG joint workshop on Gas Balancing
Bajcsy-Zsilinszky út 52, 1054 Budapest, 17 November, 2015. From 10:00 AM to 5:00 PM
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In case you have further questions, please contact ACER (Balancing_workshop(at)acer.europa.eu)
Bajcsy-Zsilinszky út 52, 1054 Budapest, 17 November, 2015. From 10:00 AM to 5:00 PM
|
In case you have further questions, please contact ACER (Balancing_workshop(at)acer.europa.eu)
ACER monitors the effective implementation of the Gas Balancing Network Code and shares its findings in dedicated reports. Most reports used an enhanced review of the country assessments for all or a large subset of balancing zones, focusing on key features of the balancing design.
Interim measures have been terminated in most countries and Code implementation has reached a high degree across Europe, with a few exceptions due to structural market limitations.
ACER recommends to increase transparency on information provision, also beyond the minimum requirements, and to explore possible efficiency gains (e.g. via balancing zone mergers) to overcome the persisting structural market limitations that do not allow full code implementation.
The Balancing Analytical Framework builds on analysing neutrality as a key indicator to understand robust gas accounting and wider regime performance. The Balancing Analytical Framework serves as a quantitative comparison tool, to quantify whether the role of the TSO is residual in balancing or whether network users play an active role, while shedding light on imbalance price differences and neutrality accounting. The framework facilitates comparisons between various balancing regimes in the European Union. The data used in the analysis was provided by ENTSOG and complemented and validated by the Agency.
To facilitate the discussion and sharing of best practices on the Code's implementation, a series of workshops was organised. These debates included inputs from the Agency, ENTSOG and representatives of the network user community.
Check out ACER's gas balancing dashboard & learn how to interact with it.
The North West (NW) region has been inactive since 2014. Cooperation continues on a bilateral or multilateral basis, outside the setting of the GRI.
The region was formed by the following countries:
Belgium
Denmark
France
Germany
Ireland
Luxemburg
Netherlands
Sweden
United Kingdom
Norway (observer, non-EU country)
The region produces, and consumes, the highest amount of gas in Europe. The region also hosts the most developed gas markets and hubs in the EU.
The South South-East (SSE) region includes 20 countries: 12 EU Member States, plus 8 Energy Community Contracting Parties.
The South South-East Gas Regional Initiative is composed of:
Austria
Bulgaria
Croatia
Cyprus
Czech Republic
Greece
Hungary
Italy
Poland
Romania
Slovakia
Slovenia
Participating Energy Community Contracting Parties:
Albania
Bosnia and Herzegovina
Kosovo
Former Yugoslav Republic of Macedonia
Moldova
Montenegro
Serbia
Ukraine
The region is co-chaired by ERC and E-Control (respectively the North Macedonian and Austrian energy regulator).
The participation of the Energy Community in the GRI SSE is the result of an intensified cooperation started in 2014. Since then, the Energy Community Secretariat has joined the meetings together with the Contracting Parties.
The South Gas Regional Initiative is composed of:
Spain
Portugal
France
The Spanish Commission for Markets and Competition (CNMC) leads the Initiative, whose long-term goal is to integrate France, Portugal and Spain into a single regional gas market.
Moving forward the further integration of the Spanish and Portuguese markets, Transmission System Operators have proposed a new algorithm to offer cross-border day-ahead interruptible capacity as bundled product.
The Baltic Regional Gas Market Coordination Group is composed of:
Finland
Estonia
Latvia
Lithuania
The first Regional Gas Market Coordination Group (RGMCG) Action Plan began on 2017 with the implementation of the implicit capacity allocation of the interconnection points between Latvia-Lithuania and Estonia-Latvia. It provided the organised market place where gas could be easily traded cross-border, while at the same time minimising the administrative burden of potentially having third party access (TPA) and balancing agreements between Transmission System Operators (TSOs).
In 2018, the tariff model and inter-TSO compensation (ITC) mechanism for the common Baltic-Finnish market was created, resulting in a stepwise integration approach.
The NRAs of Finland, Estonia and Latvia (FinEstLat) agreed to strengthen their cooperation by creating the FinEstLat market, which became operational on 1 January 2020.
The FinEstLat single natural gas transmission entry-exit system, also called the 'FinEstLat system', has specific characteristics.
The NRAs have amended the methodologies for calculating the transmission tariffs and approved the tariff scheme, which became applicable as of 1 January 2020. ACER published its analyses of the consultation documents of the Estonian, Latvian, Lithuanian and Finnish reference price methodologies.
Two balancing areas are set up in the FinEstLat system, considering the different level of market maturity in the FinEstLat countries: the common Estonian-Latvian balancing zone and the Finnish balancing zone.
The Regional Gas Market Coordination Group (RGMCG) continues working on a four-country market model, including Lithuania into the regional market.
Following the Roadmap approved in early 2020:
Following the mandate of the European Commission, the gas regions elaborated regional Work Plans. These outline the main projects and activities to be developed at regional level and serve as the main implementation reference. All projects clearly indicate and plan the deliverables, the deadlines, and responsible parties involved.
The currently adopted Work Plan of the South region focuses on:
Infrastructure
Market integration
Decarbonisation
The currently adopted Work Plan of the South South East (SEE) region focuses on:
24h supplier switching survey
Updates on market integration between Austria and Italy
Survey on Network Codes Implementation on Interconnection Points between the SSE's and Energy Community's TSOs
Survey on Public procurement rules applied at national level by the TSOs of the SSE Member States and Contracting parties and its results, as well as main findings
The North-West region has been inactive since 2014.
Whenever needed, the Agency provides guidance and coordinates the updates of the Work Plans, suggesting an effective and coherent planning.
The Gas Regional Initiatives (GRIs) bring market participants together to test solutions for cross-border issues and to develop pilot projects that can be exported to other regions.
The European internal gas market has been divided in four main regions:
South GRI
South South-East GRI
North-West (currently inactive)
Regional Gas Market Coordination Group (Baltic Region) (informally joined the initiative in 2018)
The Initiatives have contributed to noticeable developments in different areas such as capacity allocation, infrastructure development and market integration.
Progresses were possible thanks to effective stakeholders' engagement ensured in different fora:
Composed by all NRAs of the region, it coordinates, facilitates and drives forward the regional priority projects. The European Commission and national governments may provide useful input to identify and solve specific issues.
Includes the relevant infrastructure operators (transmission systems, interconnectors, LNG and storage facilities) and provides a technical framework for implementing effective solutions.
All other key market participants and consumers are brought together in each region to engage in the discussions.
The Regional Initiatives developed regional Work Plans and cross-regional Roadmaps (in cooperation with ENTSOG), in order to promote the implementation of the Network Codes and market integration.
ACER monitors the effective implementation of the Capacity Allocation Mechanisms Network Code and shares its findings in a dedicated report.
Capacity allocation provides mechanisms to obtain capacity products from transmission system operators. It is usually underpinned with a capacity contract between the network user and the network operator.
Previous capacity allocation methods did not provide equal and transparent access to potential entrants to the capacity markets, hindering competition.
Equal and transparent access to transmission capacity in the EU is not a major obstacle anymore. The progressive reduction of the old capacity contracts and their gradual replacement with new ones addressed most of the existing constraints.
ACER monitors the effective implementation of the Congestion Management Procedures Guidelines and shares its findings in specific reports. ACER also reports on an annual basis on the status of Congestion at Interconnection Points. On this occasion ACER also checks the transparency of the data published on the ENTSOG Transparency Platform and provides guidance on possible improvements.
Contractual congestion occurs when network users cannot obtain the capacity products of their choice because the capacity demand exceeds the offer. It is different from physical congestion, where technical capacity is used to its full extent. Several measures exist to mitigate and prevent contractual congestion.
Congestion management procedures address congestions and improve market efficiency. National regulatory authorities and transmission system operators can decide on the application of these measures.
The Agency reports annually on the status of contractual congestion in EU gas markets and how congestion is managed. Based on the monitoring results, national regulatory authorities can decide on the application of congestion management procedures.
ACER provides analyses and case studies in yearly reports about the national implementations on congestion management procedures, evaluating their effects at European level.
The Agency published its first Implementation Monitoring Report on Gas Congestion Management Procedures in 2015 and provided an update a year later. The Agency found incomplete implementation and limited application of congestion management in both years and has continued to promote the usage of congestion management instruments ever since.