The Electric Power System

Similar documents
Further electricity interconnection is needed to exploit the high generation capacity.

The Electric Power System

POWER MARKET IN ROMANIA. Ortisei, May 2003

Romania Systematic Country Diagnostic

NATIONAL REPORT 2015

The German Electricity System

Romanian Energy Sector and the National Energy Strategy

The Green Transition of the Danish energy system

EFT ENERGONEWS

Short-term Electricity Markets and Imbalance Settlement. What is Demand Side Management (DSM) Valuing Flexibility for DSM

COMPARISON OF GERMAN AND CZECH ENERGETIC SECTOR IN THE FIELD OF RES

ROMANIAN ENERGY REGULATORY AUTHORITY NEWSLETTER. First Quarter

DEVELOPMENTS IN ELECTRIFICATION AND IMPLICATIONS FOR THE EUROPEAN ELECTRIC INDUSTRY EU PERSPECTIVE

VARIATION OF ENERGY PRICE AND PRICE COMPONENTS IN ROMANIAN ENERGY MARKET

Security of supply status quo. Challenges and future developments. 14 June 2018, Budapest, Hungary

RES - GRID ACCESS ISSUES. Acess to the Grid 2013 March 27, 2013 Hotel Intercontinental Bucharest

CEZ WIND PARK IN ROMANIA Fantanele & Cogealac ADRIAN BOROTEA CORPORATE AFFAIRS DIRECTOR - CEZ ROMANIA

General overview for investors in Hungary s energy market

Hrvatska elektroprivreda d.d. November 2016

Potential Benefits of Regional Integration: Markets and Institutions

Wind Energy The Facts

Black Sea Transmission Planning (BSTP)

INTEGRATION OF RENEWABLES

National Report 2016 to the Agency for the Cooperation of Energy Regulators and to the European Commission

Wind energy in Romania

Introduction: from regulated to liberalized markets in electricity

The Future Perspective of the Electricity Market Unbundling and Market Integration: A German Perspective

REPORT ON RESULTS OF MONITORING THE ROMANIAN ELECTRICITY MARKET DECEMBER 2012

Africa Energy Cooperation - Lessons and the Way Forward: V4 energy policy recommendations for Southern African region

Kor OZAY. Ankara, 27 th March 2013

Integrating Renewable Energy in the Black Sea Area: Transelectrica s view

MOL CEZ Joint Venture. Budapest, 20 Dec 2007

ROMANIA S GREEN ENERGY MARKET

Three Years of Italian Green Certificates: a First Assessment

Relieving Congestion at European Interconnectors. Christian Todem 13 th April 2007

Ministry of Industry and Trade General Directorate of Energy. Viet Nam s Power Development Plan

Incentives and Barriers for Decentralised Power Generation in Finland and in Thailand

Making Renewable Energy Integration Compatible with the Security of the System

Slovenia. Key issues. General overview

Market l i l b i e b rali l za tio i n o n aspe p cts

RES Revolution! How the Sun and the Wind changed the Italian Electricity Market

Introduction to the Hungarian energy market

Recent trends of International cooperation towards power interconnection

Lesson learned about the integration of large amount of volatile Renewable Energy Resources

Integrating Renewable Energy into the Electrical Grid, a TSO Perspective

Energy Efficiency A Major Challenge for Future City Infrastructure. Dr. Fritz Rettberg Sydney

Demand Response as Flexibility Provider: what are the challenges to achieve its full potential?

Towards a Stronger EU-Turkey Energy Dialogue: Energy Security Perspectives and Risks

Dynamic reserve requirement in real time operation

SPP at a Glance. Located in Little Rock. Approximately 600 employees

Romania to reassess Cernavoda Nuke Project In Review: Las Year s Most Important Events in Energy: Hidroelectrica s exit from insolvency

ALBANIA COUNTRY PROFILE 53

The Spanish Gas Industry 2014 WOC 4 IGU March 5 th Mr. Carlos Villalonga Vice-Secretary Spanish Gas Association (Sedigas)

Smart Grids, New Downstream & the New Deal for EU Electricity Consumers

Power System Flexibility in the German and European Context

Russian Wholesale Power Market

REPORT ON RESULTS OF MONITORING THE ROMANIAN ELECTRICITY MARKET OCTOBER 2011

Main developments in the gas and electricity markets in France in Commission de Régulation de l Energie (CRE) 31 st July 2013

New German Energy Policy - Achievements and Challenges

ROMANIAN GREEN CERTIFICATES SYSTEM

Power market integration, focusing on the CHP switch to biomass and electric heating to replace fossil-fuelled heating

How to integrate up to 60% renewables to the EU power system

FORECASTING IN SYSTEM OPERATION

Decarbonization pathways and the new role of DSOs

CROATIA COUNTRY PROFILE 57

Flexibility in the Swiss Electricity Markets. Jan Abrell Energieforschungsgespräche Disentis 2019,

An Overview of the Spanish Electrical System and its Liberalisation

SUSTAINABILITY RENEWABLE ENERGY PRODUCTION

Green Certificate Document which proves that a quantity of 1 MWh of electricity was produces from renewable energy sources.

Seminar on Renewable Energy Technology implementation in Thailand Experience transfer from Europe

National Report 2017 to the Agency for the Cooperation of Energy Regulators and to the European Commission

European Transmission System Operators. Users Group Belgian Grid. June 10th 2010

Power Market Integration in South East Europe

Austria the industry perspective

Integration of Renewable Energy Resources: a European Perspective

STUDY SUMMARY (F) CDC-1319

Generation in Germany under Decarbonisation: The German Energiewende Bangkok, November 2013

Changing energy infrastructure and the potential role of new forms of energy storage

DER Status and Way Forward in Korea

Towards a sustainable Romanian energy sector: Roadmap to RES in 2030 Deloitte Romania, June 2018

A strong, reliable and sustainable partner. ELIA GROUP INTERNATIONAL Tokyo, May 17 th 2017

Flexibility choices for distribution networks

EDF and Integration of Distributed Energy Resources

Electricity Market Code

Overview on electricity systems and renewables integration V. Dordonnat RTE France

(Non-legislative acts) REGULATIONS

SEDC event EDF Vision of demand response and new opportunities for Power System

EXPLOITATION OF RENEWABLE ENERGY SOURCES IN THE ROMANIAN ENERGY STRATEGY CONTEXT

The role of the NRA in the Energiewende

EU Energy Policy and Energy Security of Central Europe VIII. Panel III. Nuclear energy in the EU and Central Europe Sándor NAGY MVM Ltd

MEXICAN ENERGY REFORM & CLEAN ENERGY CERTIFICATES 2016 UT: ENERGY WEEK

Investment Climate and Energy Sector of Georgia

Progress on an Integrated European Electricity Market

JAPAN S ENERGY OUTLOOK AND NEW CHALLENGES (IEA ESAP SESSION 1)

RES forecasting from a TSO perspective

TRADE, SERVICES AND DEVELOPMENT

Wind Potential in Hungary

Slovenia Energy efficiency report

TRIENNIAL ASSESSMENT OF THE COMPETITION IN THE ELECTRICITY MARKET IN KOSOVO

Innovative grid-impacting technologies for pan-european system analyses: key GridTech results on Demand Response application

Transcription:

The Electric Power System - Romania- Romanian Power System 1

2 Basic facts Area: 238 391 km² Population: 19 960 000 Number of electricity consumers: 9150000 Number of TSOs: 1 Number of DSOs: 8 Peak load: 9 334 MW Average interruption of electricity (2014): 0.82 min Romanian Power System 2

Source: ENTSO-E Global map of the grid and of its interconnections 3 Interconnectors with: Ukraine Hungary Serbia Bulgaria Romanian Power System 3

4 Grid facts and characteristics The electricity grid in Romania is sub-divided into transmission grids (maximum voltage) and distribution grids (high, medium and low voltage). Responsibility Voltage Level Total length(approx.) TSO 750 kv 3.1 km TSO 400 kv 4915.2 km TSO 220 kv 3875.6 km TSO 110 kv 40.4 km DSO 110 kv &<110 kv 337500 km Romanian Power System 4

DSO-Grid Source : Amprion GmbH TSO-Grid Structure of electrical power system Conventional Generation TSO Bulk-Industry 5 400 kv 220 kv 110 kv Utilities Industry 20/10 kv 400 V Dispersed Generation Households DSO Romanian Power System 5 5

6 Map of the high voltage grid Romanian Power System 6

7 Information on TSO Name: CNTEE TRANSELECTRICA SA Network length: 8 834 km Served area: 238 391 km² Annual transmitted energy: 42.85133(TWh) website: http://www.translectrica.ro Romanian Power System 7

8 Cooperation of TSO and DSOs TRANSELECTRICA coordinates the generation & technological system services Operational control of the transmission network and distribution networks at 110 kv level National level NDC/Central CC NDC = National Dispatching Center RDC = Regional Dispatching Center PLDC = Power Plant Dispatching Center HDC = Hydro Dispatching Center DDC = Distribution Dispatching Center LDDC = Local Distribution Dispatching Center (medium voltage level) CLDC = Consumer Local Dispatching Center RES-CC = RES Control Center RDC Bacău RDC Bucureşti RDC Craiova RDC Timişoara RDC Cluj Regional level PLDC > 1000 MW HDC DDC 15 at 110 kv level PLDC < 1000 MW RES - CC LDDC CLDC Power entities & network operator level (regional and local) hierarchical structure of the operational control management within TRANSELECTRICA: National Dispatching Centre & 5 Regional Dispatching Centers. Romanian Power System 8

9 Responsibilities of TSO & DSOs operational planning activity covers the following components: Planning the normal operational diagram; Planning the withdrawing from operation of generation, transmission and distribution installations within the RPS; Planning the protection and automation systems; Voltage levels planning; operational management operational scheduling and operational control balancing market (only for TSO) Romanian Power System 9

10 Power structure of the country Installed capacities 24 513 MW in 2015 Biomass; 104.860; 0.43% PV; 1287.58; 5.25% Wind; 2976.89; 12.14% Coal; 6435.2; 26.2% Hydro; 6732.9; 27.5% Natural gas, 5562,9; 22.7% Nuclear; 1413.00; 5.7% Coal Gas Nuclear power Hydro power Wind power Biomass photovoltaics Romanian Power System 10

Installed capacity with reference to primary resources 11 Installed capacities 24.513 GW, in 2015 Coal 6435.200 MW Gas 5562.916 MW Nuclear 1413.000 MW Hydro power 6732.854 MW Solar power 1287.576 MW Wind power 2976.894 MW Biomass 104.860 MW Others 0.05 MW Romanian Power System 11

Energy production with reference to primary resources 12 Electricity generated 64863 GWh, in 2014 Coal 18132 GWh Gas 7756 GWh Nuclear 11676 GWh Hydro power 18950 GWh Solar power 1634 GWh Wind power 6201 GWh Biomass 514 GWh GWh Romanian Power System 12

Installed Capacity [MW] Development of generation capacity since 2009 13 8000 7000 6000 5000 4000 3000 2000 Coal Gas Nuclear Hydro Renewables 1000 0 2009 2010 2011 2012 2013 2014 2015 Year Romanian Power System 13

Consumption per customer groups 14 Electricity final consumption by sectors, 2013 Construction % 1% Others (Services & Transports) % 18% Households % 24% Agriculture % 2% Industry (including Mining) % 55% Romanian Power System 14

Location of renewable energy sources 15 Installed PV panels Installed Wind turbines Romanian Power System 15

Installed Capacity [MW] 16 Development of wind power 3500 3000 Development of Capacity 2500 Accumulated Capacity (End of Year) 2000 1500 1000 500 0 2009 2010 2011 2012 2013 2014 2015 Year Romanian Power System 16

Installed Capacity [MW] Development of photovoltaic power 17 1400 1200 Development of Capacity 1000 Accumulated Capacity (End of Year) 800 600 400 200 0 2009 2010 2011 2012 2013 2014 2015 Year Romanian Power System 17

RES installed capacity and production since 2009 18 Romanian Power System 18

Price development for industry consumers 19 Year Non-household customers Tariff before taxes Tariff after taxes Tariff for services lei/mwh lei/mwh lei/mwh 2012 361.37 468.37 123.02 2013 364.45 534.42 134.35 2014 318.97 455.35 138.77 The fees include VAT, excise duty, contribution for cogeneration and value of green certificates and the tariff for services is the average price for transport, distribution, ancillary services and electricity market management Romanian Power System 19

Price development for households 20 Year Household customers Tarrif before taxes Tarrif after taxes Tarrif for services lei/mwh lei/mwh lei/mwh 2012 365.24 482.43 213.83 2013 400.11 581.31 232.74 2015 412.06 575.07 234.66 The fees include VAT, excise duty, contribution for cogeneration and value of green certificates and the tariff for services is the average price for transport, distribution, ancillary services and electricity market management Romanian Power System 20

Electricity market organisation 21 State ownership interests in the sector Bulk of generation (Ministry for Energy) Transmission (Ministry of Economy) Unbundling Network business fully separated from market side (generation and sale) Large state-owned businesses recently listed to the stock exchange Generation: small stakes of Nuclearelectrica, Romgaz Distribution & Sale: majority share of Electrica Corporate governance Ordinance (no. 109/2011) being gradually implemented at state-owned companies Generation Transmission Distribution Sale End users Hidroelectrica ENEL Distribution Banat Nuclearelectrica CE Oltenia CE Hunedoara OMV- Petrom Brazi Romgaz Iernut TRANSELECTRICA Transmission and System Operator regulated natural monopoly incorporated in 2000 publicly traded since 2006 ENEL Distributon Dobrogea ENEL Distribution MS E.ON Moldova Distribution CEZ Distribution (Oltenia) ENEL Energy EON Supply CEZ Sales Retail Industrial Electrocentrale Group Electrica MN - Distribution Electrica - Supply Wind GENCOs Solar GENCOs 100% OPCOM Power Exchange Electrica TS - Distribution Electrica TN - Distribution Electrica (listed on the stock exchange in 2014) Other traders Full Market Liberalization (incl. Retail) by the end of 2017 Romanian Power System 21

22 Power balance in 2014 Romanian Power System 22

23 Energy exchanges in 2014 Exports Commercial flows -9937 GWh Technical flows 1453 GWh Imports Commercial flows 2811 GWh Technical flows -1450 GWh Balance Physical flows 7125 GWh Technical flows 2 GWh Romanian Power System 23

Specific aspects of the electricity market 24 Romanian Market Structure 2005 - present Market for bilateral contracts 100 % centralized market since 2012 Day Ahead Market voluntary and centralized market (2005); 4M MC (CZ-SK-HU-RO Day Ahead Market Coupling) since November 2014 Intraday Market voluntary and centralized market (2011) Balancing Market mandatory and centralized market (2005) Cross Border Capacity Allocation Market (bilateral coordinated starting with 2009, 4M MC implicit allocation 2014 RO HU) Ancillary Services Market mandatory / voluntary centralized market Green Certificates Market centralized market Romanian Power System 24

Specific aspects of the electricity market 25 Romanian Market Structure ADVANTAGES system balancing using market based mechanisms balancing energy suppliers receive at least the offered price; the imbalances are penalized (imbalance price); contractual obligations are guaranteed (bilateral, day ahead and intraday contracts); congestion management costs supported by TSO. self - scheduling Romanian Power System 25

Specific aspects of the electricity market 26 Romanian Market Structure Energy Market for bilateral contracts Day Ahead Market Intraday Market Balancing Market Capacity Cross Border Capacity Allocation Market Ancillary Services Market Promote Green Certificates Market Romanian TSO - administrates Cross Border Capacity Allocation Market Ancillary Services Market Balancing Market integrated under one market platform (DAMAS) The monitoring activity is done according with the Regulator Authority Methodology and the internal procedures, in compliance with the international practice. Romanian Power System 26

Specific aspects of the electricity market 27 Market coupling - Next steps NWE CEE Price Coupling Romania applied for full membership in the NWE-CEE Flow-Based MC project The partnership is considered a strategic project for Romania and also for SEE, aiming to inter-regional integration and IEM implementation Romania holds an observer status to working structures meetings Romanian Power System 27