Current Status and priorities regarding integration of electricity networks in the Mediterranean

Transcription

1 Current Status and priorities regarding integration of electricity networks in the Mediterranean Olivia Alonso García, International Organisations Department PAM Panel on External Trade and Investments in the Mediterranean - Group on Energy: MEDITERRANEAN ENERGY HIGHWAYS November 17th, 2011

2 Integration of electricity networks and joint initiatives international TSO cooperation VLPGO: an example of worldwide cooperation ENTSOE: the reference for European TSOs Regional Groups within ENTSOE IESOE: voluntary group for discussion of experiences, challenges and cooperation between interconnected operators 2

3 Very Large Power Grid Operators VLPGO is a voluntary initiative of the world's largest Power Grid Operators, representing together more than 60% of the electricity demand in the world, whose mission is: To develop an international consensus on strategic issues and a common vision (through information exchanges, collaborative projects) with respect to the technologies and best practices required to address those issues. Different working groups: 1: Synchophasor 2: Security 3: Renewables Integration sharing lessons learned 2.a: Costs for Power System Security 2.b: Electrical Power System Restoration 2.c: Equipment & Installation Overstress Exploration of the existing tools and techniques New solutions to integrate renewable based generation 4: Demand Response 5: HVDC 6: Electrical Vehicles How demand response is currently treated in different operating procedures Explores future operating needs Best practices for development and deployment of HVDC projects White papers and common positions Jointly address the common set of challenges and opportunities as a result of PEV deployment 3

4 Regulation (EC) 714/2009 sets the legal framework of ENTSOE (binding for TSOs and Member States). Tasks of ENTSOE (oriented to the consecution of an Internal Electricity Market within EU) driven by Regulation and Commission / ACER agenda Network Codes legally binding through Comitology Transparency Ten Years Network Development Plan (TYNDP), including European generation adequacy outlook Clear work program, annual report, summer/winter outlooks, monitoring Replaces former TSO organisations: ATSOI, BALTSO, RTSO, NORDEL, UCTE, UKTSOA 4

5 network codes required to facilitate the IEM Markets System Development System Operations Capacity allocation & congestion management Balancing Generator connection DSO & industrial load connection Operational security Operational planning & scheduling Load frequency control & reserves 5

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7 Pilot TYNDP 2010 The TYNDP projects represent ~14% of existing lines Total projects km AC < 300 kv AC > 300 kv 2900 km km 83% 17% 22% 56% long term 78% upgrade new 23 to 28 billion for the first five years 44% mid term DC 9600 km 7

8 TYNDP based on Regional proposals, under pan-european methodology and common hypothesis Import_F FR_W FR_OTHER PUMP_F (Turb) FR_H_Res F_LO F_CC_58 F_CC_55 F_HC F_N FR_H_RoR LOAD_F PUMP_F (Pump) LOAD+PUMP_F Exprt_F_spain Export_F_EU LOAD+EU_F Import_E PUMP_E (Turb) SP_W SP_OTHER SP_H_Res S_OCGT S_CCGT_55 S_CCGT_58 S_HC S_L S_N SP_H_RoR LOAD_S LOAD+PUMP_S PUMP_E (Pump) Exprt_E SP_W SPILLAGE_S S_WIND_AVAILABLE Import_P PUMP_P (Turb) PT_W PT_OTHER PT_H_Res P_CCGT_ P_CCGT_58 P_HC 6000 PT_H_RoR 4000 LOAD_P LOAD+PUMP_P 2000 Export_P PUMP_P (Pump) Spillage_P P_WIND_AVAILABLE / / Page 8

9 System Operation Com. System Development Com. Market Committee European Operational Standards Critical System Protection Operational Security Frequency & Reserves Oper. planning & sched Emergency Procedures EU Planning Standards TYNDP Syst. Adequacy & Market Modelling Planning Standards Requirements to Generators Industrial Load & Distribution Connection Market Integration Ancillary Services Renewables DT Cap Cal DT Day Ahead DT Intraday Electronic Highway AhT Coordinated Services Training & Certification AhT EAS Network Model & Data Economical Framework AhT Incidents Classif. AhT Operational Reserves AhT Frequency Investigation System Protection & Dynamics System Frequency Network Models & Forecast Tools Coordinated System Operation Asset Implement. & Management 2050 Supergrid AhT Power System Database RG SWE Environmental Impact Ass. Market Information & Transparency EDI ETSO-Vista ECAN CIM for Market AhT ENTSOE Academy Compliance & Monitoring EIC RG Continental Europe S. Extension Projects MEDRING Research & Development Com. R&D Plan Monitoring and K Sharing RES intergroup 9 Legal & Regulatory Group Data Expert Group Compliance & Enforcement Network of Communication Experts RG SWE Harmonisation EFET/ebIX Reserve Resource Process

10 L Union des Gestionnaires de réseaux de l interconnexion Electrique du Sud-Ouest de l Europe With the objective of reviewing the performance of the interconnected system and to improve its design and operation, and propose the best work to strengthen the interconnections; searching for the best technical and economical use of existing means to facilitate the operation of the electricity market; REN RTE REE A permanent Assembly and one President named each year COMELEC A permanent secretariat in Madrid and a reduced budget (20k /year) 10

11 Nowadays, multiple voluntary organizations and projects dealing with Mediterranean cooperation in electricity sector ~ 4000 km MEDRING (Mediterranean Electricity Ring) Plan Solaire Méditerranée Paving the Way for the Mediterranean Solar Plan Etats- membres de l Union européenne (2009) Union pour la méditerranée, pays concernés en premier lieu par le PSM Centrales du PSM Tronçons existants : IFA 2000, SACOI Tronçon en projet : Inelfe, SAPEI, Fréjus Champs du Nord PSM MEDGRID TRANSGREEN DESERTEC MoDPEHS Study: Modular Development Plan on pan - European Electricity Highways 11 System 2050

12 Conclusions ENTSOE is, for TSOs in Europe, the absolute reference and field of work, with a clear mandate to contribute and facilitate the Internal Electricity Market. Other voluntary associations and initiatives have been created dealing in particular with integration of power systems in the Mediterranean bassin. In order to achieve efficiency TSOs needs to address work in these initiatives by taking advantage of the performed analysis and forums and not duplicating efforts as well as being aware of regional particularities. 12