The Third Energy Package is a set of EU directives and regulations from 2009 that aims to further liberalize the gas and electricity markets in Europe and foster the creation of fully integrated internal energy markets. It establishes several fundamental pillars including stricter unbundling rules to separate transmission from generation and supply, strengthened roles for the Agency for Cooperation of Energy Regulators and European Network of Transmission System Operators, and a framework for developing network codes to standardize rules across borders. The ultimate goal is to complete the internal energy market through non-discriminatory access, competition, and cooperation between national regulators and grid operators.
Role of gas in energy security and future energy market direction 2013Mantas Gostautas
The document discusses gas markets in the Baltic states and the implementation of the Third Energy Package. It provides an overview of gas prices and border prices in the Baltic states. It also outlines the key tendencies in the Baltic gas market, including diversification of supply sources, security of supply, and strategic infrastructure developments. Further, it examines the regulation of energy in the EU, including the three energy packages. It then analyzes how the Third Energy Package has been implemented in the Baltic states, particularly regarding ownership unbundling models in Lithuania for electricity and natural gas.
The document summarizes the agenda and activities of the 2011 ECA network meeting on ozone layer enforcement in Europe and Central Asia. Key points include: discussions on illegal trade risks of ODS and HCFCs; diverging HCFC phase-out schedules; iPIC consultation examples; the ECA Ozone Protection Award; and partnerships with organizations like Green Customs and the WCO. The meeting aimed to strengthen cooperation against illegal ODS trade in the ECA region.
The document discusses Ukraine's implementation of reforms under the Energy Community Treaty. It notes that while Ukraine has transposed much of the common legal framework, implementation is lagging in key areas like unbundling of the gas company Naftogaz and opening the retail gas market. It highlights several ongoing disputes against Ukraine and priorities for improving compliance, such as adopting legislation on renewable energy and energy efficiency in line with EU directives. Implementation in the electricity sector also needs acceleration, including removing regulated prices and cross-subsidies to establish a competitive market.
A report on EU electricity market rules, which must reflect the energy generation mix of the future and help usher in a flexible power system with a large-scale uptake of wind power and other renewable energy sources. The report recommends: 1- Creating a level playing field for renewable energy sources by tackling structural market deficits. 2-Creating functioning markets covering larger geographical regions within Europe so as to reduce the need to balance variable renewables like wind and solar 3- Developing intraday and balancing markets at national and cross-border levels 4- Creating new markets for 'grid support services', supporting the functioning of the grid to ensure a secure supply of electricity, instead of introducing market distorting capacity payments.
This document summarizes the views of Dennis Hesseling, Head of the Gas Department at ACER, on the completion of the internal energy market in the EU. The key points are:
1) ACER plays a central role in developing framework guidelines and network codes to harmonize rules across EU member states, though it is not itself a regulator.
2) Important milestones include finalizing the Ten-E regulation on trans-European energy infrastructure, identifying Projects of Common Interest, and strengthening regional initiatives.
3) Early implementation of network codes through regional pilot projects helps test solutions and inform the formal code development process, with a focus on capacity allocation mechanisms.
The Third Energy Package is a set of EU directives and regulations from 2009 that aims to further liberalize the gas and electricity markets in Europe and foster the creation of fully integrated internal energy markets. It establishes several fundamental pillars including stricter unbundling rules to separate transmission from generation and supply, strengthened roles for the Agency for Cooperation of Energy Regulators and European Network of Transmission System Operators, and a framework for developing network codes to standardize rules across borders. The ultimate goal is to complete the internal energy market through non-discriminatory access, competition, and cooperation between national regulators and grid operators.
Role of gas in energy security and future energy market direction 2013Mantas Gostautas
The document discusses gas markets in the Baltic states and the implementation of the Third Energy Package. It provides an overview of gas prices and border prices in the Baltic states. It also outlines the key tendencies in the Baltic gas market, including diversification of supply sources, security of supply, and strategic infrastructure developments. Further, it examines the regulation of energy in the EU, including the three energy packages. It then analyzes how the Third Energy Package has been implemented in the Baltic states, particularly regarding ownership unbundling models in Lithuania for electricity and natural gas.
The document summarizes the agenda and activities of the 2011 ECA network meeting on ozone layer enforcement in Europe and Central Asia. Key points include: discussions on illegal trade risks of ODS and HCFCs; diverging HCFC phase-out schedules; iPIC consultation examples; the ECA Ozone Protection Award; and partnerships with organizations like Green Customs and the WCO. The meeting aimed to strengthen cooperation against illegal ODS trade in the ECA region.
The document discusses Ukraine's implementation of reforms under the Energy Community Treaty. It notes that while Ukraine has transposed much of the common legal framework, implementation is lagging in key areas like unbundling of the gas company Naftogaz and opening the retail gas market. It highlights several ongoing disputes against Ukraine and priorities for improving compliance, such as adopting legislation on renewable energy and energy efficiency in line with EU directives. Implementation in the electricity sector also needs acceleration, including removing regulated prices and cross-subsidies to establish a competitive market.
A report on EU electricity market rules, which must reflect the energy generation mix of the future and help usher in a flexible power system with a large-scale uptake of wind power and other renewable energy sources. The report recommends: 1- Creating a level playing field for renewable energy sources by tackling structural market deficits. 2-Creating functioning markets covering larger geographical regions within Europe so as to reduce the need to balance variable renewables like wind and solar 3- Developing intraday and balancing markets at national and cross-border levels 4- Creating new markets for 'grid support services', supporting the functioning of the grid to ensure a secure supply of electricity, instead of introducing market distorting capacity payments.
This document summarizes the views of Dennis Hesseling, Head of the Gas Department at ACER, on the completion of the internal energy market in the EU. The key points are:
1) ACER plays a central role in developing framework guidelines and network codes to harmonize rules across EU member states, though it is not itself a regulator.
2) Important milestones include finalizing the Ten-E regulation on trans-European energy infrastructure, identifying Projects of Common Interest, and strengthening regional initiatives.
3) Early implementation of network codes through regional pilot projects helps test solutions and inform the formal code development process, with a focus on capacity allocation mechanisms.
The document discusses the European energy packages that have established a regulatory framework for the electricity market across European Union countries. It provides the following key points:
1. The third energy package, implemented around 2009, created new EU bodies like ACER and ENTSOs that helped mutualize regulation across countries. It also gave these bodies legal duties.
2. Since then, several network codes have been developed through a comitology process and implemented at the national level to harmonize rules on issues like generator connections, demand response, and capacity allocation.
3. The network codes and guidelines cover various operational and market areas and aim to gradually establish a single EU-wide target model, though national regulators and grid operators still
The document discusses the evolution of the EU electricity market and system through four packages implemented over the past two decades. The fourth package introduced several new developments: 1) It established new EU bodies like ACER and ENTSOs to coordinate policies across countries. 2) It defined a process for these bodies to develop network codes and guidelines setting common EU rules. 3) Areas now covered by these legally binding codes include generator connections, demand connection, capacity allocation, and balancing. The codes are implemented by national regulators and grid operators.
This document discusses the harmonized rules and network codes for European energy regulation. It outlines the process for developing network codes through cooperation between ACER, ENTSOs, and the European Commission. It also examines the roles and competences of ACER, national regulatory authorities, and member states in implementing, monitoring, and enforcing network codes. Finally, it considers some of the legal issues around the scope, impact, and amendment of network codes.
The document discusses security of gas supply in the Energy Community. It notes that gas is expected to play an increased role in meeting electricity demand in the region. The legal framework for security of gas supply in the Energy Community is based on the Energy Community Treaty and relevant EU directives. An institutional framework has been established including a Security of Supply Coordination Group. Priority gas and electricity transmission corridors are identified that will require coordinated development among multiple contracting parties. The process for identifying Projects of Common Interest and establishing regulatory and financing frameworks to support their development is outlined. Adaptation of the EU framework to the Energy Community is proposed.
ETSO provides comments on the European Commission's Green Paper on a European energy strategy. ETSO supports developing an EU energy policy that includes all energy sources. While a European grid code is not needed, greater compatibility at cross-border points could facilitate trade. Barriers preventing investment in cross-border infrastructure like regulatory uncertainty need to be addressed. A formal grouping of TSOs could help coordinate on issues like security of supply and market development, replacing proposals for new institutions. Climate policy must consider system impacts and provide long-term certainty for generation investments.
David Flinn - A&L Goodbody CAG Project
Optimal operational flows of gas; A single balancing zone is created; A single IT interface for shippers, so that only one set of nominations is required; Planning and investment decisions are taken on an all-island basis either by a single TSO or coordinated among TSOs
The paper outlines key considerations that should be taken on board in the European network codes currently being drafted by ENTSO-E within the scope of the ACER Framework Guidelines on System Operation published in December 2011.
The document discusses progress on rail interoperability and safety in Europe. It analyzes the implementation of directives on interoperability and safety across EU member states and the separation of railway operations from infrastructure management. While provisions aim to allow any compliant train to run across networks, integrating trains and tracks on specific projects has proven difficult since the separation. Technical and operational requirements still vary widely, hindering new entrants. Metrics are needed to quantify interoperability progress and determine if goals are being achieved.
V SIMPOSIO EMPRESARIAL INTERNACIONAL FUNSEAM: LOS RETOS DEL SECTOR ENERGÉTICO
CLAUSURA
Presentación
D. Antonio Brufau, Presidente de Repsol
Conferencia de clausura
La regulación en la consecución de los Retos Energéticos: el papel de ACER: D. Alberto Pototschnig, Director de ACER
ENTSO-E Draft Network Code for Operational Securitydavidtrebolle
- The draft Network Code on Operational Security lacks harmonization and leaves too much autonomy to individual TSOs, which could undermine security of supply across Europe and is inconsistent with the target model of an integrated EU electricity market.
- The code lacks clear and precise parameters and guidelines for TSO actions, using vague terms like "sufficient" instead of defined limits. This could result in unjustified actions by TSOs and loss of generation capacity.
- The code does not sufficiently consider the impact on electricity markets or refer clearly to other related framework guidelines and network codes on issues like balancing and capacity allocation. There is a need for greater coherence and consistency across codes.
The third package of energy liberalization established, inter alia, the creation of ACER, the Agen-cy for Cooperation of Energy Regulators. ACER works in close relationship with National Regula-tory Authorities (NRAs), on the one hand, and the Council of European Energy Regulators (CEER), on the other hand. CEER is the voluntary association of European NRAs. The webinar will review extensively the structure of regulatory design that stems form the third package and in particular form the directive 713/2009.
European energy policy has undergone significant changes through legislation packages that aim to establish a unified regulatory framework across EU member states. Key aspects regulated include unbundling of transmission and distribution, establishing national regulatory authorities and ACER, developing network codes, and fostering regional cooperation between members. The third package strengthened regulations around independent system operators, cooperation requirements for transmission system operators, and powers of national regulatory authorities. Overall, the various laws and initiatives aim to harmonize energy markets through consistent rules while allowing for national authority involvement.
ENTSO-E Draft Network Code for Operational Planning & Schedulingdavidtrebolle
This document provides comments on the ENTSO-E draft Network Code for Operational Planning & Scheduling from EURELECTRIC. Some key points made include:
- The draft code does not sufficiently require inter-TSO cooperation and harmonization of methodologies, and more needs to be done to align rules across TSOs.
- Proper regulatory oversight from NRAs and ACER is needed for unilateral TSO decisions.
- Consistency with other network codes needs to be ensured, including harmonizing definitions.
- Information requirements for generators should not duplicate what is already provided and should respect technical capabilities.
The european energy policy the role of ENTSO-E and of TSOsENTSO-E
The document discusses the European energy market and the role of transmission system operators (TSOs) in addressing the energy trilemma of competitiveness, security of supply, and climate change. It summarizes that TSOs, through the European Network of Transmission System Operators for Electricity (ENTSO-E), help enable the energy transition and work to achieve the EU's 2030 targets through regional cooperation, network codes, 10-year network development plans, and a central transparency platform. The complex regulatory environment established by the network codes aims to complete the EU's internal electricity market.
This document discusses European gas market regulation and how think utilities AG & Co. KG advises gas companies on these regulations. It makes the following key points:
1) The EU's Third Energy Package aims to develop a common gas market in Europe through increased investment in infrastructure, competition, and access to gas sources.
2) think utilities helps gas companies implement the network codes from ENTSO-G and comply with regulatory requirements regarding capacity management, nomination management, and other gas trading and transportation processes.
3) They provide expertise in areas like regulatory compliance, business process impact analysis, and IT project planning and management to assist companies with the increasing integration of the European gas market.
An Introduction to Network Codes (April 2014)ENTSO-E
Network codes are sets of rules which apply to one or more parts of the energy sector. The need for them was identified during the course of developing the Third Energy Package. More specifically, Regulation (EC) 714/2009 sets out the areas in which network codes will be developed and a process for developing them.
This is an overview on ENTSO-E’s network code work: the process of developing network codes, the content and level of development of each code, and how these different codes will fit together when implemented.
Promotion of Clean Energy, Energy Efficiency and DSM by Maharasthra Electrici...electricitygovernance
The document summarizes initiatives by the Maharashtra Electricity Regulatory Commission (MERC) to promote clean energy, energy efficiency and demand-side management in the state of Maharashtra, India. Key initiatives discussed include issuing tariff orders to promote grid-connected renewable energy, establishing renewable purchase obligations, building capacity for energy efficiency programs, implementing time-of-day tariffs and load management directives, and overcoming challenges like changing utility mindsets and developing the energy efficiency market.
CAG Vision and Goals - CBI Annual Energy Forum 2009 2009 AJCBI
The document outlines the vision and goals of the CAG project, which aims to create a single all-island gas market on the island of Ireland. The key objectives are to establish optimal gas flows, a single balancing zone, and a single interface for shippers. The benefits are seen as increased competition, investment, security of supply, and interoperability with Britain and Europe. Various options for implementing a single system operator are discussed, including having multiple TSOs coordinate, a single service provider model, dual TSOs, or a single TSO. The conclusions reached were to have a single independent TSO, a single transmission code, and a harmonized entry-exit tariff methodology.
1. Over the past two years, Ukraine has made significant progress towards synchronizing its power grid with Continental Europe, including signing agreements, conducting studies, and upgrading infrastructure.
2. Technical requirements for synchronization include ensuring sufficient reserves for frequency control, operating according to ENTSO-E standards, and harmonizing Ukrainian legislation with European law.
3. Ukraine has received support from European TSOs and international partners to implement projects that promote synchronization, including testing power units, developing plans and models, and providing expertise through the ENTSO-E cooperation program.
In the rapidly evolving landscape of technologies, XML continues to play a vital role in structuring, storing, and transporting data across diverse systems. The recent advancements in artificial intelligence (AI) present new methodologies for enhancing XML development workflows, introducing efficiency, automation, and intelligent capabilities. This presentation will outline the scope and perspective of utilizing AI in XML development. The potential benefits and the possible pitfalls will be highlighted, providing a balanced view of the subject.
We will explore the capabilities of AI in understanding XML markup languages and autonomously creating structured XML content. Additionally, we will examine the capacity of AI to enrich plain text with appropriate XML markup. Practical examples and methodological guidelines will be provided to elucidate how AI can be effectively prompted to interpret and generate accurate XML markup.
Further emphasis will be placed on the role of AI in developing XSLT, or schemas such as XSD and Schematron. We will address the techniques and strategies adopted to create prompts for generating code, explaining code, or refactoring the code, and the results achieved.
The discussion will extend to how AI can be used to transform XML content. In particular, the focus will be on the use of AI XPath extension functions in XSLT, Schematron, Schematron Quick Fixes, or for XML content refactoring.
The presentation aims to deliver a comprehensive overview of AI usage in XML development, providing attendees with the necessary knowledge to make informed decisions. Whether you’re at the early stages of adopting AI or considering integrating it in advanced XML development, this presentation will cover all levels of expertise.
By highlighting the potential advantages and challenges of integrating AI with XML development tools and languages, the presentation seeks to inspire thoughtful conversation around the future of XML development. We’ll not only delve into the technical aspects of AI-powered XML development but also discuss practical implications and possible future directions.
GraphSummit Singapore | The Art of the Possible with Graph - Q2 2024Neo4j
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The document discusses the European energy packages that have established a regulatory framework for the electricity market across European Union countries. It provides the following key points:
1. The third energy package, implemented around 2009, created new EU bodies like ACER and ENTSOs that helped mutualize regulation across countries. It also gave these bodies legal duties.
2. Since then, several network codes have been developed through a comitology process and implemented at the national level to harmonize rules on issues like generator connections, demand response, and capacity allocation.
3. The network codes and guidelines cover various operational and market areas and aim to gradually establish a single EU-wide target model, though national regulators and grid operators still
The document discusses the evolution of the EU electricity market and system through four packages implemented over the past two decades. The fourth package introduced several new developments: 1) It established new EU bodies like ACER and ENTSOs to coordinate policies across countries. 2) It defined a process for these bodies to develop network codes and guidelines setting common EU rules. 3) Areas now covered by these legally binding codes include generator connections, demand connection, capacity allocation, and balancing. The codes are implemented by national regulators and grid operators.
This document discusses the harmonized rules and network codes for European energy regulation. It outlines the process for developing network codes through cooperation between ACER, ENTSOs, and the European Commission. It also examines the roles and competences of ACER, national regulatory authorities, and member states in implementing, monitoring, and enforcing network codes. Finally, it considers some of the legal issues around the scope, impact, and amendment of network codes.
The document discusses security of gas supply in the Energy Community. It notes that gas is expected to play an increased role in meeting electricity demand in the region. The legal framework for security of gas supply in the Energy Community is based on the Energy Community Treaty and relevant EU directives. An institutional framework has been established including a Security of Supply Coordination Group. Priority gas and electricity transmission corridors are identified that will require coordinated development among multiple contracting parties. The process for identifying Projects of Common Interest and establishing regulatory and financing frameworks to support their development is outlined. Adaptation of the EU framework to the Energy Community is proposed.
ETSO provides comments on the European Commission's Green Paper on a European energy strategy. ETSO supports developing an EU energy policy that includes all energy sources. While a European grid code is not needed, greater compatibility at cross-border points could facilitate trade. Barriers preventing investment in cross-border infrastructure like regulatory uncertainty need to be addressed. A formal grouping of TSOs could help coordinate on issues like security of supply and market development, replacing proposals for new institutions. Climate policy must consider system impacts and provide long-term certainty for generation investments.
David Flinn - A&L Goodbody CAG Project
Optimal operational flows of gas; A single balancing zone is created; A single IT interface for shippers, so that only one set of nominations is required; Planning and investment decisions are taken on an all-island basis either by a single TSO or coordinated among TSOs
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The document discusses progress on rail interoperability and safety in Europe. It analyzes the implementation of directives on interoperability and safety across EU member states and the separation of railway operations from infrastructure management. While provisions aim to allow any compliant train to run across networks, integrating trains and tracks on specific projects has proven difficult since the separation. Technical and operational requirements still vary widely, hindering new entrants. Metrics are needed to quantify interoperability progress and determine if goals are being achieved.
V SIMPOSIO EMPRESARIAL INTERNACIONAL FUNSEAM: LOS RETOS DEL SECTOR ENERGÉTICO
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D. Antonio Brufau, Presidente de Repsol
Conferencia de clausura
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ENTSO-E Draft Network Code for Operational Securitydavidtrebolle
- The draft Network Code on Operational Security lacks harmonization and leaves too much autonomy to individual TSOs, which could undermine security of supply across Europe and is inconsistent with the target model of an integrated EU electricity market.
- The code lacks clear and precise parameters and guidelines for TSO actions, using vague terms like "sufficient" instead of defined limits. This could result in unjustified actions by TSOs and loss of generation capacity.
- The code does not sufficiently consider the impact on electricity markets or refer clearly to other related framework guidelines and network codes on issues like balancing and capacity allocation. There is a need for greater coherence and consistency across codes.
The third package of energy liberalization established, inter alia, the creation of ACER, the Agen-cy for Cooperation of Energy Regulators. ACER works in close relationship with National Regula-tory Authorities (NRAs), on the one hand, and the Council of European Energy Regulators (CEER), on the other hand. CEER is the voluntary association of European NRAs. The webinar will review extensively the structure of regulatory design that stems form the third package and in particular form the directive 713/2009.
European energy policy has undergone significant changes through legislation packages that aim to establish a unified regulatory framework across EU member states. Key aspects regulated include unbundling of transmission and distribution, establishing national regulatory authorities and ACER, developing network codes, and fostering regional cooperation between members. The third package strengthened regulations around independent system operators, cooperation requirements for transmission system operators, and powers of national regulatory authorities. Overall, the various laws and initiatives aim to harmonize energy markets through consistent rules while allowing for national authority involvement.
ENTSO-E Draft Network Code for Operational Planning & Schedulingdavidtrebolle
This document provides comments on the ENTSO-E draft Network Code for Operational Planning & Scheduling from EURELECTRIC. Some key points made include:
- The draft code does not sufficiently require inter-TSO cooperation and harmonization of methodologies, and more needs to be done to align rules across TSOs.
- Proper regulatory oversight from NRAs and ACER is needed for unilateral TSO decisions.
- Consistency with other network codes needs to be ensured, including harmonizing definitions.
- Information requirements for generators should not duplicate what is already provided and should respect technical capabilities.
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The document discusses the European energy market and the role of transmission system operators (TSOs) in addressing the energy trilemma of competitiveness, security of supply, and climate change. It summarizes that TSOs, through the European Network of Transmission System Operators for Electricity (ENTSO-E), help enable the energy transition and work to achieve the EU's 2030 targets through regional cooperation, network codes, 10-year network development plans, and a central transparency platform. The complex regulatory environment established by the network codes aims to complete the EU's internal electricity market.
This document discusses European gas market regulation and how think utilities AG & Co. KG advises gas companies on these regulations. It makes the following key points:
1) The EU's Third Energy Package aims to develop a common gas market in Europe through increased investment in infrastructure, competition, and access to gas sources.
2) think utilities helps gas companies implement the network codes from ENTSO-G and comply with regulatory requirements regarding capacity management, nomination management, and other gas trading and transportation processes.
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1. Over the past two years, Ukraine has made significant progress towards synchronizing its power grid with Continental Europe, including signing agreements, conducting studies, and upgrading infrastructure.
2. Technical requirements for synchronization include ensuring sufficient reserves for frequency control, operating according to ENTSO-E standards, and harmonizing Ukrainian legislation with European law.
3. Ukraine has received support from European TSOs and international partners to implement projects that promote synchronization, including testing power units, developing plans and models, and providing expertise through the ENTSO-E cooperation program.
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Thomas Kleefuß (NET4GAS CEO): The regulatory framework for gas TSOs
1. The regulatory framework for gas TSOs:
current status, implications, outlook
Dresden, 16th April 2010
Thomas Kleefuss
Managing Director and CEO NET4GAS
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
2. Agenda
1. The 3rd Energy Package and the new regulatory bodies
2. Unbundling of TSOs: options and implications
3. Regulation ahead: Framework guidelines and the new
regulated world
4. Conclusion
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
3. The 3rd energy package is just the final
step of a long development in Europe
First Gas Directive
Applying first common rules to the energy markets
Accouting Unbundling
Second Gas Directive
Introduction of regulated TPA
Legal Unbundling
Third Gas Directive – Third Energy Package
Full ownership unbundling + (ISO, ITO)
TSOs are cooperation under the umbrella of ENTSOG
ACER is the counterpart for ENTSOG. The European
Regulatory Agency is established in the light of the 3rd
Energy package as well
A possible Fourth Gas Directive ???
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
4. ENTSOG, ACER and the Commission
shape the rules of the gas market
The Commission and ACER set
priorities for developing rules of
the European gas market
ENTSOG
ACER is preparing Framework
Guidelines for the network codes
ENTSOG drafts the Network
Codes considering ACER’s
framework guidelines
Comission ACER ACER comments and approves
draft codes
Commission approves processes
ENTSOG, ACER and the Commission need to cooperate closely in
order to met the requirements of the 3rd Energy Package
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
5. ENTSOG has clearly defined tasks
coming from the 3rd Package
ENTSOG is preparing and delivering the draft network codes for the
European TPA system (network connection rules, third-party access rules,
data exchange and settlement rules, interoperability rules, operational
procedures in an emergency, capacity-allocation and congestion-management
rules, etc.)
ENTSOG further will adopt:
– common network operation tools to ensure coordination of network
operation in normal and emergency condition;
– a non-binding Community-wide ten-year network development plan
(Community-wide network development plan),including a European
supply adequacy outlook;
– recommendations relating to the coordination of technical cooperation
between Community and third-country transmission system operators;
Summer and winter supply outlooks
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
6. ACER is influencing ENTSOG’s work
by setting the framework rules and
monitoring
ACER is providing input for the development of the European
Network Code via the Framework Guidelines:
Framework Guidelines will provide the look-alike of major elements
of the European Network Code (e.g. capacity allocation, balancing,
etc.)
ACER is revising and monitoring ENTSOG’s work:
The result of ENTSOG’s 10-year network Development Plan and
the Winter and Summer Outlooks are consulted ion a public
process also with ACER
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
7. Agenda
1. The 3rd Energy Package and the new regulatory bodies
2. Unbundling of TSOs: options and implications
3. Regulation ahead: Framework guidelines and the new
regulated world
4. Conclusion
7
NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
8. The 3rd Energy package provides the
member States with three equal options to
unbundle TSOs
Ownership Unbundling Independent system operator Independent transmission operator
(ISO) (ITO)
Vertically integrated company
Vertically integrated company
Network Operator
Vertically integrated company Network Owner Network Owner
Network Operator Network Operator
Network Owner
• Ownership unbundled TSOs are fully An ISO is responsible for • An ITO is equipped with all human, technical,
independent from the vertically integrated entity • granting and managing third-party access, physical and financial resources necessary for
by means of human resources, shareholdings, • including the collection of access charges and fulfilling its obligations and carrying out the
financial power and supervision. congestion charges activity of gas transmission.
• The shareholder of an ownership unbundled • operating, maintaining and developing the • Additionally a strong Supervisory Board with
TSO is not active in any other business field transmission system, excessive power is installed.
then transmission. • ensuring the long-term ability of the system to • A compliance program is in place to ensure non-
• Ownership unbundling is the preferred way of meet reasonable demand through investment discriminatory operations.
unbundling coming from the 3rd Energy Package planning. • The Executive Board of an ITO is installed fully
When developing the transmission system the independently and without any monetary or
independent system operator shall be responsible other connection to the vertically integrated
for planning (including authorisation company.
procedure),construction and commissioning of the
new infrastructure. The asset owner is not
responsible for granting and managing third-party
access, nor for investment planning.
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
9. Agenda
1. The 3rd Energy Package and the new regulatory bodies
2. Unbundling of TSOs: options and implications
3. Regulation ahead: Framework guidelines and the new
regulated world
4. Conclusion
9
NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
10. Various framework guidelines will
significantly influence ENTSOG’s work
and TSOs’ framework condition
Framework Guidelines on CAM & CMP
(capacity allocation and congestion management)
Framework Guidelines on Transparency
Framework Guidelines on Balancing Rules
(including Network-Related Rules on Nomination Procedures, Rules for Imbalance Charges
and Rules for Operational Balancing between Transmission System Operator Systems)
Framework Guidelines on Network Security and Reliability Rules, Grid Connection
Rules, Data Exchange and Settlement Rules, Interoperability rules, Operational
Procedures in an Emergency and Energy Efficiency Regarding Gas Networks
Framework Guidelines on Rules for Trading
(Related to Technical and Operational Provision of Network Access Services and System
Balancing)
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
11. ACER is developing three Framework
Guidelines in 2010
Draft Pilot Framework Draft Framework Guideline on Draft Framework Guideline on
Guideline on CAM and Draft gas balancing rules harmonized transmission tariff
Comitology Guidelines on CMP structures
• Develop a pilot framework • Network-related rules on • Framework guideline will
guideline on capacity allocation nomination procedures provide basic principles on
mechanisms (CAM) • Rules for imbalance charges transmission tariffs
• Provide input to the European • Rules for operational balancing methodologies
Commission's Comitology between transmission system • Tariff setting is to be carried by
Guidelines on congestion operators' systems. an independent authority is of
management (CMP) principles. fundamental importance to
• Measures must be transparent Aim of this framework guideline is ensure the maximization of the
and non-discriminatory achieving a greater social welfare.
combining technical and standardisation and
economic efficiency while harmonisation among gas TSOs
addressing the various needs of in Europe.
market participants.
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
12. Agenda
1. The 3rd Energy Package and the new regulatory bodies
2. Unbundling of TSOs: options and implications
3. Regulation ahead: Framework guidelines and the new
regulated world
4. Conclusion
12
NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook
13. Conclusion
The 3rd Energy Package is influencing the regulatory framework
for gas TSOs significantly.
ACER is playing a key role in the whole process foreseen by the
new energy legislation, especially when looking at basic
principles of the capacity market and access rules.
ACER carefully has to look at what kind of long-term incentives
are set for network operators as this will influence significantly
security of supply and system flexibility.
Through a close and constructive cooperation between ENTSOG
and ACER, the gas market in Europe can further developed and
the market functioning (which was achieved until now) can be
further enhanced.
To be added/updated!!!
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NET4GAS | ee2 | The regulatory framework for gas TSOs: current status, implications and outlook