Power Statistics - 2010 Edition - Full Report - Eurelectric

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general information 1.3 Comments 46 Power Statistics – 2010 Edition – Full Report 2010: Starting Synchronisation with UCTE Turkey attaches great importance to realize synchronous parallel interconnection with UCTE through the Balkans. For this purpose, the second 400 kV transmission line between Turkey and Bulgaria was completed in 2002 and the part in Turkish territories of a 400 kV new transmission line between Turkey and Greece was completed in 2006 while the Greek part in 2008. In 2007, Turkey-Greece 400 kV line was energised at 154 kV and power transfer was made to Greece to meet their summer demands. After the completion of preliminary studies on Turkey’s integration with the UCTE grid which gave positive results, the first project on “Complementary Technical Studies for the Synchronization of the Turkish Power System with the UCTE Power System” was launched, as the first project, by the UCTE Project Group (PG) “Connection of Turkey” on 20 October 2005 and completed satisfactorily in 2007 with the financial support of EC. Afterwards the Project of “The Rehabilitation of the Frequency Control Performance of Turkish Power System for Synchronous Operation with UCTE was developed, which is, and still ongoing with the participation of UCTE member TSOs, namely RWE of Germany, TERNA of Italy, SwissGrid of Switzerland, HTSO of Greece, RTE of French, ESO-EAD of Bulgaria and EMS of Serbia. A trial run with the UCTE network is expected by the second quarter of 2010. TEI˙AS¸ participates in various regional and inter-regional integration initiatives and projects namely “8 Countries (Egypt, Iraq, Jordan, Lebanon, Libya, Palestine, Syria and Turkey) Interconnection Project” which is considered as a part of MEDRING and also the ongoing “Black Sea Transmission Planning Project” under Black Sea Economic Cooperation Organisation (BSEC). TEI˙AS¸ also takes part in the Energy Community for South East Europe (ECSEE) which aims the establishment of a competitive energy market in South East Europe and its integration to the internal electricity market of the EU. TEI˙AS¸ participates in the sub-working groups of SETSO which have been established for the above purpose. In the east, Turkey actively participated in the Project of the Interconnection and Parallel Functioning of the Electrical Systems of ECO Member Countries whose feasibility study was terminated by the end of 2008, due to some technical problems. Applicable laws, grid code, institutional structures, regulators, market opening and eligible clients, state of unbundling The electricity market was officially opened on 3 rd of March 2003. All consumers directly connected to the transmission network as well as consumers with a consumption of more than 9 GWh per year were characterized as eligible customers – a threshold that has now fallen to 1.2 GWh per year. The Strategy Paper for Electricity Market Reform and Privatisation which was adopted at High Planning Council under the chairmanship of the Prime Minister envisages full market opening by 2011. From December 2003 to July 2006, the transitional financial settlement system, in which the virtual implementation was realized depending on the bid and offer prices delivered by the market participants, is employed as an interim solution, and replaced by the actual implementation of the Balancing and Settlement Regulation as of 1 August 2006. As one of the main functions of TEI˙AS¸, Turkish Electricity Market turned into the partial open market structure from single seller/buyer structure, as per the “Communiqué Regarding the Principles and Procedures of Financial Settlement”. Balancing Market was established by putting into effect the “Electricity Market Balancing And Settlement Regulation” published in the Official Gazette dated 3 rd November 2004 and by this way the principles and procedures regarding activities related with realtime balancing, the active electricity demand and supply, and financial settlement of payables and receivables arising from participation of the licensees in balancing and settlement mechanism were defined. Developing of current regulation and necessary systems’ procurement and installation studies’ were begun for the purpose of ensuring the supply of sufficient and good quality energy with low-cost in continuous manner and establishing a financially sound, stable and transparent electricity market. Due to market participants’ entering into the balancing system and/or for the reason of energy surplus or lack, a new trading area is constituted for market participants where withdrawal of energy from the system and/or supply energy to the system is maintained.
general information 1.3 Comments The trial period of balancing and settlement regulations was between November 2004 and August 2006. After the end of the trial period, “Electricity Market Balancing & Settlement Regulation” which brings a platform for competitive bilateral contracts for the market participants, including day ahead planning, real time balancing and settlement of balancing/imbalance energy, came into force and is being implemented actually since the first of August 2006 with its financial rules. The Electricity Market Law No:4628 has been amended in 2008 to allow TEI˙AS¸ cross border investing. Access types (TPA..) and limitations (congestion….), access tariffs Third party access to the network, which is foreseen by Electricity Market Law without discrimination between the parties, is in implementation in line with the regulations under the supervision of the EMRA. Licensing procedure is defined in the Electricity Market Licensing Regulation. Any legal entity established in accordance with the Turkish Commercial Law may engage in electricity market activities through obtaining relevant license from the EMRA. Power Statistics – 2010 Edition – Full Report 47
Page 1 and 2: Power Statistics 2010 Edition full
Page 5 and 6: Foreword The electricity industry h
Page 7 and 8: Contents Foreword 3 Synopsis Report
Page 9 and 10: Synopsis Power Statistics - 2010 Ed
Page 11 and 12: The electricity industry is reducin
Page 13 and 14: Setting the Scene: Macroeconomic an
Page 15 and 16: Fossil fuel price trends: continuou
Page 17 and 18: Electricity Statistics Demand Trend
Page 19 and 20: Generation Trends Installed capacit
Page 21 and 22: The climate dimension: towards carb
Page 23 and 24: Environment Increasing electricity
Page 27 and 28: General Information Introduction Th
Page 29 and 30: general information 1.1 Trends in g
Page 37 and 38: general information 1.3 Comments AU
Page 39 and 40: general information 1.3 Comments Th
Page 41 and 42: general information 1.3 Comments Tr
Page 43 and 44: general information 1.3 Comments PO
Page 45 and 46: general information 1.3 Comments Un
Page 47: general information 1.3 Comments TE
Page 51 and 52: Demand 2.1 Annual Energy and Peak D
Page 59 and 60: Demand 2.2 Sectoral Breakdown table
Page 67 and 68: Demand 2.3 Comments AUSTRIA (at) In
Page 69 and 70: Demand 2.3 Comments TURKEy (tr) The
Page 71 and 72: Supply 3.1a Generation Equipment -
Page 87 and 88: Supply 3.1b Generation Equipment -
Page 95 and 96: Supply 3.1.3a CHP Capacity by Fuel
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Supply 3.1.3a CHP Capacity by Fuel
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Supply 3.1.3b CHP Capacity by Compa
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Supply 3.1.3b CHP Capacity by Compa
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Supply 3.2 Evolution of generation
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Supply 3.3 Electricity production t
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Supply 3.4 Comments AUSTRIA (at) Th
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Supply 3.4 Comments LITHUANIA (lt)
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Balances 4.1 Total Energy Use table
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Balances 4.2 Capacity table 4.2.1 C
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Balances 4.3 Electricity balances t
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Balances 4.4 Comments LATVIA (lv) L
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Environment 5.1 Fuel consumption fo
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Environment table 5.2.1 EU-27 5.2 E
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Environment 5.2 Emissions table 5.2
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Environment 5.3 Comments AUSTRIA (a
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Environment 5.3 Comments PORTUGAL (
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Early Power Statistics 6.1 Installe
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Early Power Statistics table 6.2.1
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Early Power Statistics 6.2 Electric
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EURELECTRIC worked in close coopera
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