Events & Engagement

Events & Engagement

Building trust and confidence

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Events, Engagement, inputs

ACER’s regulatory policies and decisions affect a wide range of businesses and organisations.

The ACER communication policy sets out why the Agency communicates, the general principles that guide our communication, our overarching approach to stakeholder engagement, and roles and responsibilities and who does what.

While our principles are grounded in our Communication Policy, our communication strategy is revised every three years. See the 2024-2026 Communication Strategy.

Engaging with those affected by our work is good for our decision-making and for trust and confidence in the regulatory regime.

Our engagement approach depends on the issue or decision being considered, and what we are trying to achieve. It ranges from providing information to you (see our documents) to seeking input from you to help inform our work. This takes different formats e.g. meetings, workshops/webinars, expert groups and formal consultations.

To facilitate stakeholder contributions, we:

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ACER decides on the electricity cross-border capacity allocation methodologies for the exchange of balancing capacity in 18 EU Member States

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Electricity transmission pillars, regional capacity calculation methodologies
Intro News
ACER has reached a decision on the proposals for a market-based cross-border capacity allocation process in the Baltic and Core regions.

ACER decides on the electricity cross-border capacity allocation methodologies for the exchange of balancing capacity in 18 EU Member States

What is it about?

The EU Agency for the Cooperation of Energy Regulators (ACER) has reached a decision on the proposals for market-based cross-border capacity allocation processes in the Baltic and Core regions.

These processes aim to maximise the welfare generated by the provision of cross-border capacities to the day ahead energy and balancing capacity markets.

In February 2021, the national regulatory authorities for energy from both regions have asked ACER to decide on the respective methodologies.

The Core region includes 13 countries: Austria, Belgium, Czech Republic, Croatia, France, Germany, Hungary, Luxemburg, the Netherlands, Poland, Romania, Slovakia, Slovenia.

The Baltic region comprises of 6 countries: Estonia, Finland, Latvia, Lithuania, Poland and Sweden.

Two further proposals (submitted on a voluntary basis), respectively on the market-based cross-border capacity allocation process in the Hansa capacity calculation region (CCR) and on the regional cross-border capacity allocation process based on economic efficiency in the Core CCR, were withdrawn from the respective transmission system operators (TSOs).

Therefore, ACER will not take any decision on these two methodologies.

How did ACER contribute?

ACER revised both methodologies to improve the efficiency, transparency and non-discrimination of these capacity allocation processes for the exchange of balancing capacity or sharing of reserves.

Both ACER Decisions contribute to the integration of the balancing capacity markets by establishing the rules for allocating the cross-border capacity needed to facilitate the balancing capacity procurement at regional level.

Read more about ACER Decision 10-2021 on the Baltic CCR methodology and its Annexes.

Access ACER Decision 11-2021 on the Core CCR methodology and its Annexes.

REMIT Forum 2021

REMIT Forum 2021

The 2021 edition celebrated the 10th anniversary of the regulation with a series of events

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REMIT Forum 2021

25th of October 2021 marked the 10th anniversary of the Regulation on Wholesale Energy Market Integrity and Transparency (REMIT), which came into force in 2011 to support open and fair competition in the European wholesale energy markets.

The massive decarbonisation of the European energy system will increasingly rely on more integrated energy markets. Otherwise, the cost of the transition is likely to be much higher, endangering social acceptance. One aspect often overlooked of such further reliance on integrated energy markets is the ability to have trust in these markets, ensuring they are free of manipulation and other damaging trading behaviour. This is the contribution of REMIT, the most advanced energy market monitoring effort on the planet. As such, making sure REMIT evolves alongside energy system change in Europe is the ‘political corollary’ of relying on the further integration of energy markets across Member States to secure the objectives set at the highest levels of government.

What was the REMIT Forum 2021 about?

In the past 10 years of REMIT, ACER have successfully implemented practically all the pieces of the regulation. However, as the REMIT landscape continues to develop, there may eventually be a call for revision and changes. With a series of events in October 2021, ACER aimed to reflect back and to provide a high-level forum to discuss the future.

What format did the REMIT Forum 2021 take?

The 5th REMIT Forum was organised as a series of virtual events: on 25 October an introductory webinar to REMIT was followed by the main plenary session, which fostered a high level political discussion among key stakeholders. On 26 and 28 October, the Forum provided special interest groups sessions on data, reporting and technology as well as on the ACER Guidance.

 

Access the REMIT Forum 2021 Conclusions.

 

Date & Time

Event

Scope

Monday
25th October

(10.00-12.00 CET).

Open webinar: Introduction to REMIT

Agenda

Presentation

This open and free webinar provided the first step for newcomers to better understand REMIT and a gateway to further explore the integrity and transparency of EU wholesale energy markets. The webinar aimed to introduce the concept of REMIT to researchers, journalists and all other interested public. It served as a warm up prior to the main event.

Monday
25th October

(14.00-17.00 CET).

Plenary session “10 years of REMIT – what is next?”

Agenda

Presentation

The session included a broad range of content, from keynotes to panel discussions, and was not dedicated to a specific REMIT mandate. The purpose was to celebrate 10 years of REMIT by looking back, what was achieved, where are the issues and looking forward - what should be done to improve the regulatory regime. The panel addressed these three questions:

  • What are the key challenges in REMIT in the next 2-3 years?
  • How can this challenges be best addressed?
  • Who should act on these challenges and how?

Tuesday 
26th October

(14.00-16.00 CET).

Special session: “REMIT data and technology”

Agenda

Presentation

The session addressed topics related to REMIT data collection, data features, information management and technology.  The panellists discussed REMIT data collection so far and their expectations for the future.

Thursday 
28th October

(14.00-16.30 CET).

Special session: “6th version of the ACER guidance”

Agenda

Presentation

The session addressed topics related to recently published REMIT guidance. The panellists were invited to share their perspectives, as energy or financial regulators, market surveillance experts or market participants, on a series of questions relating to the ACER Guidance and its role in the compliance to, implementation and enforcement of REMIT. 

 

ACER publishes its Framework Guideline to establish a Network Code on Cybersecurity

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Cybersecurity, electricity
Intro News
ACER has published its non-binding Framework Guideline on sector-specific rules for cybersecurity aspects of cross-border electricity flows.

ACER publishes its Framework Guideline to establish a Network Code on Cybersecurity

What is the Framework Guideline about?

Today, the EU Agency for the Cooperation of Energy Regulators (ACER) has published its non-binding Framework Guideline on sector-specific rules for cybersecurity aspects of cross-border electricity flows.

The Framework Guideline provides high-level principles for the development of a binding Cybersecurity Network Code that will further contribute to maintaining the security and resilience of the electricity system across Europe.

The Framework Guideline covers various security-related topics, such as:

  • governance

  • cross-border risk assessment & management (defining the scope of cross-border electricity flows’ cybersecurity risk assessment)

  • a common electricity cybersecurity framework (defining both the basic and advanced lists of principles and requirements)

  • information sharing and essential information flows

  • incident handling and crisis management (including data collection)

  • an electricity cybersecurity exercise framework

  • protection of information exchange in the context of data processing

  • monitoring, benchmarking and reporting

The journey towards a Network Code on Cybersecurity

In April 2021, ACER ran a public consultation for two months on the draft version of the Framework Guideline, inviting stakeholders to share their views on the document.

ACER received 42 responses to the consultation, the majority from energy industry companies or associations based within EU Member States.

The feedback collected showed:

  • respondents welcome the draft Framework Guideline

  • 88% believe the Framework Guideline contributes to further protecting cross-border electricity flows

  • 65% say that there are still gaps concerning the cybersecurity of cross-border electricity flows, which the draft Framework Guideline proposal should address.

Main changes to the draft Framework Guideline

Following the feedback received, ACER revised the content of its draft Framework Guideline.

It now includes:

  • An improved risk assessment methodology: tailored for the cybersecurity network code.

  • A more balanced role and governance for ENTSO-E and the EU DSO entity in implementing the risk assessment of cross-border electricity flows, while reducing the role of Regional Coordination Centers.

  • An updated verification methodology to prove compliance with a common cybersecurity framework: allowing the use of three different paths to verification (including certification, government inspection and peer review schemes).

  • The possibility for Computer Security Incident Response Teams (CSIRTs) to withhold information from the information sharing network where dissemination is considered a risk.   

  • The right for Cyber Security National Competent Authorities and national energy regulatory authorities to issue derogations for maximum two years for any entities that do not directly or indirectly affect cross-border electricity flows.

  • A possibility for those stakeholders not listed as entities in scope of the network code to still be nominated and covered by it, e.g. small and micro entities.

What are the next steps?

ACER has now submitted the non-binding Framework Guideline to the European Commission.

As a next step, a specific drafting committee for the cooperation of ENTSO-E and the EU DSO entity will prepare a proposal for the network code based on the ACER Framework Guidelines. This proposal shall be submitted to ACER within 12 months after ENTSO-E receives the European Commission’s request.

ACER will then review the proposed network code to ensure compliance with its Framework Guideline and make sure it does not hamper market integration, nor the market’s efficient functioning.

ACER shall submit the revised network code to the European Commission within six months.

Would you like to find out more?

Framework Guideline on sector-specific rules for cybersecurity aspects of cross-border electricity flows.

ACER and energy regulators will draft new Framework Guidelines on sector-specific cybersecurity rules for cross-border electricity flows.

ACER and Cybersecurity.

ACER and CEER publish White Paper on Rules to Prevent Methane Leakage in the Energy Sector

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Methane
Intro News
The EU Agency for the Cooperation of Energy Regulators (ACER) and the Council of European Energy Regulators (CEER) publish their joint White Paper on Rules to Prevent Methane Leakage in the Energy Sector.

ACER and CEER publish White Paper on Rules to Prevent Methane Leakage in the Energy Sector

What is it about?

The EU Agency for the Cooperation of Energy Regulators (ACER) and the Council of European Energy Regulators (CEER) publish their joint White Paper on Rules to Prevent Methane Leakage in the Energy Sector. The White Paper is the outcome of a survey of National Regulatory Authorities.

It presents the views of ACER and CEER on the European Commission’s Communication on an EU strategy to reduce methane emissions.

The paper has 13 recommendations covering six areas:

  • the general scope and the overall approach to the introduction of rules to prevent methane leakage in the energy sector,
  • monitoring and detection
  • quantification
  • reporting
  • validation and mitigation, and
  • the regulatory treatment of costs related to methane emissions.

Access the White Paper. 

The paper is one of a series of ACER-CEER “European Green Deal” Regulatory White Papers.

Register for the ACER-CEER Methane Emissions Webinar (14 September).

ACER analyses the national gas balancing regimes of the EU

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Gas pipeline
Intro News
The EU Agency for the Cooperation of Energy Regulators (ACER) publishes today its latest Balancing Monitoring Report including a comparative performance assessment of the gas balancing zones of 22 Member States.

ACER analyses the national gas balancing regimes of the EU

What are the main findings?

The EU Agency for the Cooperation of Energy Regulators (ACER) has published its latest Balancing Monitoring Report including a comparative performance assessment of the gas balancing zones of 22 Member States with the aim to assist National Regulatory Authorities for Energy (NRAs) and Transmission System Operators (TSOs) understand the strengths and weaknesses of each regime.

Transparent balancing systems pave the way for fairly priced balancing products, and consequentially lead to efficiency gains at the wholesale level, which should ultimately benefit final consumers.

Most relevant findings on balancing systems design, imbalances, and TSO’s balancing actions are:

  • Greece – No trading platform is evident.
  • Romania – Several days of TSO balancing actions on both sides of the market with inverted prices, which is not a straightforward outcome.
  • Italy – The use of storage tools side by side with short-term standardised products and high levels of long and short imbalances subject to cash-out, compared to other balancing zones.
  • France – The availability of the linepack service (GRTgaz’s Alize, Teréga’s SET) partly undermines the incentive of network users to balance themselves fully on a daily basis. 
  • Germany – High levels of costs visible in balancing, although these might be justified in the context of wider benefits of variant 2 insofar as it supports competition amongst gas suppliers and which might be the subject of a cost-benefit assessment.
  • Croatia – Pricing effects may result from the combination of illiquid balancing market and default imbalance pricing rules that may create instability.
  • Lithuania – The system is apparently always short, necessitating only TSO balancing buys, and the balancing regime may be distorted via facilities that allow network users to trade after-the-end of the gas day.
  • Hungary – Still using two trading platforms which may fragment short term market liquidity and transparency of price formation.
  • Czech Republic – Most imbalance cashouts are avoided via an after-the-day trading of linepack flexibility whereby, effectively, network users are allowed to trade after the end of the gas day.
  • Spain – The data submission implies that only within-day title products are used for TSO balancing, yet some aspects raise questions about the need to refine the TSO’s balancing policy.
  • Slovakia – Limited TSO balancing actions are fragmented across balancing platform trades and balancing services rather than being focussed on the trading platform.
  • Slovenia – Outcomes may be distorted by wide imbalance price differentials which give rise to a bias towards balancing sells other than during some discrete periods within year when balancing buys are dominant.
  • Ireland and Latvia-Estonia – The TSO balancing actions are dominated by system sells.
  • Denmark-Sweden – Imbalances are higher than observed in our analysis in earlier years, possibly due to a temporary decrease in domestic gas production.

The report, which is the 5th annual report published by the Agency on the matter, has suggestions for further research on balancing implementations in the EU gas markets. ACER considers that a closer look at national balancing systems is needed in case of:

  • High price differentials between TSOs balancing actions buy/sell and network users buy/sell.
  • High values of network users’ imbalances or TSOs’ actions.
  • System asymmetries on either the buy or sell side.

Access the report.

How was the assessment done?

The principal objective of this year’s monitoring has been to offer automated calculations for the indicators of the Balancing Analytical Framework (BAF). These indicators, which describe various aspects of balancing implementation, were first presented by ACER in its 2nd Report on the Implementation of the Balancing Network Code. The work has involved setting up a new IT system to capture data inputs and to process them. The automation will support to systematically assess individual balancing regime performance and cross-balancing regime comparison in the future.

What does the cross-balancing regime comparison show?

ACER compared the 22 balancing regimes using 8 key indicators and paid particular attention where the selected indicators showed extreme values in this cross-country comparison. Briefly, the indicators describe:

  • Four of them, the residual role of the TSO with a reference to the frequency and the average price spreads concerning the TSOs’ buy and sell actions.
  • Three of them, the network users’ balancing activity looking at the imbalance quantities of the network users, the average imbalance prices and price spreads, in order to understand the different incentives network users might face within the different EU balancing regimes.
  • Finally, a single indicator explains the net payments charged or credited to network users, assessing whether these payments are of a high value.

The indicators suggest that some implementations could evolve in order to maximise the benefits from the implementation of the Balancing Code.

What comes next?

The Agency sees two significant strands of activity that could support implementation in the upcoming years:

  • The first strand would involve enhancing the IT application, for example allowing access to the data and outputs for individual NRA/TSO.
  • The second strand would be for ACER to perform further studies with increased interaction with NRAs/TSOs/stakeholders about the local specificities of balancing regime implementations and deepen the qualitative part of the analysis, as it was done in earlier reports.

The Agency welcomes the stakeholders’ feedback on this report and solicits views about the suggested next steps. 

Main recommendations

The application of the BAF, in particular the cross-regional comparison, may help NRAs to refine the national balancing regimes. In ACER’s view, key regime parameters (e.g. small adjustment in imbalance cashout pricing, the performance of the information systems) should change, as the market evolves. The evolution of the market will create further opportunities to refine the design and/or certain parameters to deliver more efficient outcomes.

The Agency notes that progress has, and continues, to be made. The Agency observes as well that a few countries may be incompliant with certain provisions of the Balancing Code. Whilst this year’s analysis has been focussed on an assessment of effectiveness, it remains desirable to review compliance in a future study.

 

Interoperability and Data Exchange

Interoperability and Data Exchange

What is it about?

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gas transmission pipeline

The Interoperability and Data Exchange Rules align technical agreements and complex procedures used by network operators within the EU, facilitating the commercial and operational cooperation. The Code specifically addresses key issues in the context of interconnection agreements, units, gas quality, odourisation, and data exchange.

This harmonisation ensures efficient gas trading and transport across gas transmission systems in the European Union.

These rules can also apply to the network operators of the Energy Community and their EU neighbouring operators. The Code is applicable since 1 May 2016.

Electricity national development plans: ACER acknowledges progress based on its recommendations and calls for further improvements

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Electricity transmission pillars, national development plans
Intro News
ACER has published its bi-annual Opinion on the electricity national development plans (NDPs).

Electricity national development plans: ACER acknowledges progress based on its recommendations and calls for further improvements

What is it about?

The EU Agency for the Cooperation of Energy Regulators (ACER) has published its bi-annual Opinion on the electricity national development plans (NDPs).

Why are NDPs relevant?

The development of the electricity transmission network is key to reach the energy policy goals set by the European Union. In particular, the Union-wide Network Development Plan (EU TYNDP), developed by ENTSO-E, is a crucial tool for coordinated network planning across the countries.

The EU TYNDP (and its implementation) strongly depends on the national development plans, calling for the consistency (and the two-way interaction) between these two infrastructure-planning instruments.

What is ACER’s opinion?

In the Opinion, ACER identifies several improvements compared to its previous NDPs’ review (2019), acknowledging that several countries followed its recommendations.

Among the others, more countries:

  • adopted a two-years frequency for elaborating the NDPs
  • introduced stronger scrutiny by national regulatory authorities (NRAs)
  • ensured systematic stakeholders’ involvement in the process
  • improved the assessment and transparency of the projects.

ACER welcomes these developments and continues to encourage NRAs and other relevant parties to consider ACER’s recommendations and implement them.

What are ACER’s current recommendations?

ACER highlights the need for:

  • a single NDP for electricity infrastructure development per country
  • a biennial frequency for elaborating the NDPs (a monitoring update should be issued  between two NDPs)
  • stronger NRA scrutiny
  • the use of at least one robust EU TYNDP scenario
  • public consultations of NDPs
  • publication of NDPs and of the corresponding formal acts (e.g. NRA’s opinion)
  • transparency on projects’ key information (including commissioning date, project status, project costs), their cross-border and/or cross-zonal relevance and impact on the environment
  • inclusion and proper assessment of third-party (so non-TSO) transmission projects
  • a proper national coding system of projects and cross-references with the EU TYNDP.

For additional information, access the Opinion on the electricity NDPs.