The Mexican Electricity Sector: Regulatory Update and Challenges Association of Power Exchanges APEx 2007 Paris, October 14-16 Carlota Cagigas Energy Regulatory Commission Index I. Current Situation II. Electricity Infrastructure and Trade III. Energy Regulatory Challenges IV. Final Remarks 2 I. Current Infrastructure Situation 3 Mexican Economy Mexico has a strong and stable economy Index Population GDP GDP per capita based on PPP Federal Budget 2006 104.9 million /1 usd 791 billion /2 usd 8,530/2 USD 144,400 million Total exports 123 billion USD /4 Total imports 124 billion USD /4 Foreign investment (sep 0607) /5 USD 32.5 billion /year Inflation 3.79% /4 Foreign debt / GDP 13.9% /5 Country risk 167 pts / /6 Source: /1, CONAPO, (2007 estimated); /2, FMI, 2nd Quarter (2007); /3 Banxico, Inegi, Secretariat of Economy, Dic. 2007; /4 Banco de México, Sep 2007 ; /5 Secretariat of Finance and Public Credit; /6 JPMorgan, Dic. 2006 4 Mexican Energy Sector Mexico is a rich energy country. The energy sector contributes with 5% of GDP Proven reserves (2006) North America % Production (jun 2007) North America % 14.54 bcf 5.27% 6.19 bcfd 4.8% 12.35 mmb 20.55% (5.6%*) 3.2 mbd 31.75% Natural gas Oil Source: Secretariat of Energy, Pemex and BP. Mexico has economy de-petrolized its exports, but not its Oil exports represent around 14.9% of total exports7 Oil revenues contributes with one third of the Federal Budget Source: /7 INEGI, Dic, 2006 5 2007 Highlights of the Mexican Electricity Industry 1. Installed capacity 51,033 MW Thermal IPP Otros 68% 22% 46% Nuclear 3% Hydro 22% Geothermal 2% Coal 5% 2. 2007 power generation 220 TWh 3. National Transmission Grid 759,552 km(>115kV) 4. Strong presence of state-owned vertically integrated monopolies CFE LFC Other* 69.3% 1.7% 28.0% Transmission 98% 2% 0% Distribution 79% 21% 0% Generation System operator is part of CFE * IPP, self-supply, Cogen Source: Electricity Prospective, Secretariat of Energy, 2006-2015 6 Mexican Energy Sector Generation Transmission Distribution Final users Own Capital: 69.3% CFE IPP: 15.4% 84.7% 98% 79% LFC 1.7% 2% 21% PEMEX 3.7% Self-supply & Cogen Service provided through CFE and LFC transmission lines 9.9% 57,600 miles Source: www.cfe.gob.mx 373,600 miles 29 million The system operator CENACE (National Energy Control Center) is part of CFE 7 2007 National Installed Capacity By the end of July 2007, Mexico had an installed generation capacity of 51,033 MW. 60,000 51,033 50,000 MW 40,000 30,000 23,233 20,000 11,333 11,457 11,457 10,000 1,365 960 85 0 Hydro Thermal Source: Secretariat of Energy; 2007 1/ Includes all IPP capacity Coal Nuclear Geothermal Wind Total IPPs 1_/ 8 Mar 06 - Feb 07 Abr 06 - Mar 07 May 06 - Abr 07 Jun 06 - May 07 Jul 06 - Jun 07 Ago 06 - Jul 07 Sep 06 - Ago 07 30,032 29,824 29,563 28,621 27,891 27,596 27,300 13.86% 13.72% 13.63% 13.16% 12.80% 12.63% 12.41% 10,363 9,986 10,102 10,394 10,367 10,392 10,380 4.78% 4.59% 4.66% 4.78% 4.76% 4.76% 4.72% 6,358 6,349 6,378 6,466 6,681 6,911 7,006 2.93% 2.92% 2.94% 2.97% 3.07% 3.16% 3.19% 38 64 85 105 117 126 142 0.02% 0.03% 0.04% 0.05% 0.05% 0.06% 0.06% Electricty Generation by Source Hidroeléctrica Nuclear 169,847 171,102 170,729 171,887 172,871 173,433 175,108 78.40% 78.73% 78.73% 79.04% 79.33% 79.39% 79.62% 16% 86% 14% 84% 12% 82% 10% 80% 8% 78% 6% 76% 4% 74% 2% 72% 216,638 217,325 216,857 217,473 217,927 218,458 219,936 Fósil Jul 06 - Jun 07 Sep 06 - Ago 07 May 06 - Abr 07 Ene 06 - Dic 06 Mar 06 - Feb 07 Nov 05 - Oct 06 Jul 05 - Jun 06 Sep 05 - Ago 06 May 05 - Abr 06 Ene 05 - Dic 05 Mar 05 - Feb 06 Nov 04 - Oct 06 Jul 04 - Jun 05 Sep 04 - Ago 05 May 04 - Abr 05 Ene 04 - Dic 04 Mar 04 - Feb 05 Nov 03 - Oct 04 Jul 03 - Jun 04 Sep 03 - Ago 04 May 03 - Abr 04 Ene 03 - Dic 03 Mar 03 - Feb 04 Nov 02 - Oct 03 Jul 02 - Jun 03 Sep 02 - Ago 03 May 02 - Abr 03 Ene 02 - Dic 02 Mar 02 - Feb 03 Nov 01 - Oct 02 Jul 01 - Jun 02 Sep 01 - Ago 02 May 01 - Abr 02 Mar 01 - Feb 02 Ene 01 - Dic 01 Nov 00 - Oct 01 Geotérmica Source: CFE, september 2007 9 The Mexican Electricity Sector Thermal (coal ) Thermal (dual coal-fuel oil) Thermal (fuel oil ) Thermal (fuel oil – nat. gas) Therma l (natural gas) Combined cycle Internal combustion Nuclear Hydraoelectric Geothermal Wind By August of 2007 CFE and LFC had a total combined capacity of 51,033 MW 10 The Mexican Electricity Sector Electricité de France Hermes There are 22 permits for natural gas fired combined cycle plants under the IPP scheme. Of these, 21 permits, with 11,457 MW capacity, are in operation 11 The Mexican Electricity Sector There are and 431,205 miles of transmission & distribution infrastructure, ( 57,600 miles of transmision lines > 115 kV ) 400 kV 230 kV 115 kV 161 kV, 138 kV, 69 kV, 34.5 kV y 13.8 kV 12 The Mexican Electricity Sector Scheme No. of Permits Authorized Capacity (GW) IPP 22 12.6 Self-supply & Cogeneration 540 8.23 +0.6* Export 6 2.2 Import 32 0.243 Total 600 23.5 * Old Permits Source: Energy Regulatory Commission; Aug.2007 13 II. Electricity Infrastructure and Trade 19 Commercial Cross-border coordination issues CFE exports and imports electricity for public service Private generators are allowed to export and consumers are allowed to import electricity for self consumption. Both activities require a permit issued by the CRE Future interconnections between Mexico and the United States (WECC and ERCOT) and between Mexico and Central America (SIEPAC), will allow greater interchanges However, the development of a Regional Market may be an important challenge due to regulatory differences SMD - FEA Initiative Regional Energy Markets WECC WSCC Regulatory ERCOT WSCC Differences Strong Integration National and CENACE WSCC Reform Process Vertical Integration or Moderated Openness CFE can not sign long term contracts except for IPP Guatemala International Markets Honduras EL UA El Salvador (Nodal prices, FTR’s) Nicaragua Costa Rica Panama 20 Electricity Trade in North America Net Exporter Total Exports 1,291 GWh 14,637 Total imports: 87 GWh 37,940 Net Importer 1,037 Net Exporter Self Sufficient 87 Guatemala 1.0 Belice 253 Net Importer North America Energy Trade (GWh, 2000) Source: EIA, Annual Energy Outlook 2006, DOE/EIA-0383 (2006) (Washington, DC, December 2001). Secretariat of Energy of Mexico; Electricity Prospective 2007-2015 21 Mexican Energy Sector US and Canada The electricity sector in US and Canada is in the process of evolving from a heavily regulated industry, dominated by vertically integrated and locally (or regionally) based utilities, into one with many more companies that produce and market electricity at both the wholesale and retail level Electricity markets in many parts of North America are evolving from geographically limited markets to broader regional markets through an increasingly interconnected system Mexico Generation, transmission, distribution and supply for public service is reserved to the State. Private generation is allowed under the following categories: cogeneration, self-supply, IPP, small scale production, and generation for export. Imports are also allowed. The demands on the grid have grown significantly by the increased electricity trade that followed the restructuring of the industry in recent years 22 North America Electricity Interconnection Infrastructure Electric systems in US and Canada are highly interconnected Close to 100 interconnections points On the US-Mexico border, interconnections are weak (they were intended to satisfy stand-alone customers, and not regional electric demand) There are only 19 high voltage interconnections (> 115kV) Interconexiones eléctricas Canadá - Estados Unidos Source: Secretariat of Energy; Electricity Prospective 2005-2014 23 North America Electricity Interconnection Infrastructure Total Interconnection capacity: 1,336 MW Interconnections 5 Permanent interconnections in Baja California WECC 4 x230kV, 1 x115 kV 5 Non-Permant lines connected with WECC 4 x 230kV, 1 x115 kV 5 Permanent back to back interconnections with ERCOT (138 kV) 2 Non-permanent lines connected to ERCOT (138 kV) 1 Permanent line to Belize (115 kV) 1 Permanent back to back interconnection to SIEPAC by Guatemala (in construction) (400 kV) Source: Secretariat of Energy; Electricity Prospective 2006-2015 24 SIEPAC Market Guatemala Capacidad (23%) 2,015.7MW Hidro = 34% Geo = 1% Term= 65% Total Istmo Capacidad 8,938.6 MW Hidro =43 % Geo= 5% Term=51% Eol= 1% Honduras Generación (21%) 7,009.3 GWh Hidro= 36% Geo= 3% Term= 61% Capacidad (16%) 1,386.9 MW Hidro = 34% Term= 66% Generación (15%) 4,907.9 GWh Hidro= 29% Term= 71% Generación 33,076.4 GWh Hidro= 48% Geo= 8% Term= 43% Eol= 1% EP= 31%, Pri= 69% EP= 36%, Pri= 64% EP= 36%, Pri= 64% El Salvador Capacidad (13%) 1,197.90 MW Hidro = 37% Geo = 13% Term= 50% EP= 31%, Pri= 69% Generación (14%) 4,689.6 GWh Hidro= 31% Geo= 20% Term= 49% Nicaragua Capacidad (8%) 742.2 MW Hidro =14 % Geo= 10% Term=75% Generación (8%) 2,647.4 GWh Hidro= 12% Geo= 9% Term= 80% EP= 11%, Pri= 89% Costa Rica Capacidad (22%) 1,961.2 MW Hidro =67% Geo = 8% Term= 21% Eol= 3% EP=Public Utilities Installed Capacity Pri= Private Utilites installed Capacity Generación (24%) 8,061.8 GWh Hidro= 81% Geo= 15% Term= 1% Eol= 3% Panamá Capacidad (18%) 1,634.7 MW Hidro= 53% Term= 47% Generación (18%) 5,912 GWh Hidro= 65% Term= 35% 25 SIEPAC vs CFE Index Installed Capacity (MW) SIEPAC CFE1/ 8,939 46,552 -Pulblic 3,680 39,287 -Private 5,206 7,265 2/ 5,688 29,301 3/ Total Generation (GWh) 33,076 208,634 4/ Sales (GWh) 27,286 163,509 5/ 24,962 NA 2,306 NA 6,592 28,003 17.1 16.8 66 72 Max Demand (MW) -Regulated -Not regulated Users (thousand) Including LFC Losses (TyD) % Load Factor % Fuente: CEPAL 2004 – Istmo Centroamericano: Estadísticas del sub-sector eléctrico. 2004 1 Public Service does not include self-supply generators 2 IPP projects 3 National Interconnection Grid 4 Gross Generation 5 Not considering exports 26 CFE and SIEPAC Interconnection TAPACHULA POTENCIA - LOS BRILLANTES. CHICOASEN ANGOSTURA TAPACHULA POTENCIA ( ACSR ) ( ACSR ) LOS BRILLANTES NIVELES DE TENSION 400 KV 230 KV 115 KV 30 KM ZONA TAPACHULA 70 KM GUATEMALA 27 Central America Interconnection Interconexión México – Belice (115 KV) Chixoy Belmopan Mollejón Planta Hidro Los Brillantes Cd. Guatemala San Salvador Solo 115 kV. Red. Nal. San Pedro Sula El Cajón Tegucigalpa Under Construction 15 de Sep. Pavana León Pta. Nicaragua Managua Arenal-Carobicí San José Bayano Fortuna Panamá 28 SIEPAC Interconnection Mérida Cancún Nuclear Laguna Verde A Ciudad de México Interconexión GU-BL Angostura Chicoasen Malpaso Belmopan Mollejón Planta Hidro Tapachula Interconexión GU-MX Los Brillantes San Pedro Sula El Cajón Cd. Guatemala Tegucigalpa San Salvador León REFERENCIA Managua Central Hidroeléctrica Central Térmica Subestaciones Línea SIEPAC Arenal-Carobicí San José Capitales Bayano Línea Doble Línea de Interconexión Fortuna Panamá 29 III. Energy Regulatory Challenges 14 CRE Act In 1995, Congress enacted the CRE Act, to: Establish CRE as an independent authority responsible for natural gas and electricity regulation Provide technical and operational autonomy to render the regulatory framework operative Enhance its jurisdiction and legal standing Concentrate regulatory instruments previously scattered among several agencies Regulatory Functions Private Operators State Operators Domestic and Foreign Investors Pemex, CFE and LFC Government CRE Ministry of Energy Source: Natural Gas Prospective, Secretariat of Energy, 2006-2015 CRE regulates state entities and private participants Energy Policy and Operation Functions 15 Regulatory Framework Natural Gas Trading Generation Transmission CFE & LFC Electricity Third Parties Private Parties Distribution National National Transmission Transmission Grid Grid Others Imports Imp / Exp Reserved activities Open to private participation CRE’s mandate Competencia CRE 16 Regulatory Framework Regulated activities require Government Agencies: authorization Regulated Activity Generation Transmission Distribution from different Authority Private Generation Requires a CRE permit CRE regulates the interconnection contract between generator and CFE (backup, wheeling & surplus energy sale) LFC & CFE Public Service generation Expansions require approval from SENER, SHCP, SEMARNAT,and CNA Public Service Grid (National Transmission System) Expansions require approval from SENER, SHCP, SEMARNAT and CNA Public Service Distribution network Expansions require approval from SENER, SHCP, SEMARNAT and CNA State reserved activity 17 Regulatory Framework Regulated activities require Government Agencies: authorization Regulated Activity Imports Tariffs different Authority Private entities LFC & CFE: for Public Service use Exports from Private Generation Requires a CRE permit Includes private interties (Connected or not to the National Transmission Grid) Requires authorization by CRE Requires a CRE permit Includes private interties (Connected or not to the National Transmission Grid) Final user tariffs are set by the Ministry of Finance (SHCP) Tariffs are bundled and include generation, transmission, distribution and supply costs 18 IV. Final remarks 30 Final Remarks Despite being an energy rich country, Mexico imports large amounts of natural gas on which 42% of the electricity generation is based After several years it has become necessary to improve: Quality: Provide energy supply services with competitive cost indicators, power quality and service continuity standards Transparency: provide the public electricity sector information such as plant costs, dispatch costs and plants, etc Equity: Review present rules for electricity dispatch Competitivity: Establish Regulatory Accounts in electricity tariffs CRE will play an important role in the definition and supervision of these competitive actions 31 Final Remarks Several bills aimed at strengthening CRE have been submitted to Congress and last November of 2006. Although they vary in scope and depth, most of them concur in granting CRE the following additional mandates: • Electricity Tariff Determination • Aprove Terms & Conditions for electricity transmission, distribution and supply services • Publish rules for the system operation and dispatch • Surveillance of the System Operation 32 www.cre.gob.mx