CNE Workshop: smart metering status Madrid, 20 th January 2011
is part of E.ON Group Key Figures¹ Customers Employees Electrical Sales 2 Gas Sales 2 Sales EBITDA 3 2007 30 million 87,815 471 TWh 1,212 TWh 68,731 million 12,450 million Market Positions Renewables 7º in wind power generation United Kingdon 2º in electric power generation 2º in power/gas marketing France 3º in electric power generation Nordic 4º in electric power generation 3º in power/gas marketing US Midwest-Kentucky 1º in electric power generation 1º in power/gas marketing European gas supply 1º in gas supply Russia Amongst leading power producers 1) As of December 31, 2007; Annual Report 2007 2) Unconsolidated figures 3) Adjusted figures Spain 4º in electric power generation 4º in distribution and marketing of electric power Italy 3-4º in electric power generation CEE including Germany 2º in electric power generation 1º in power/gas marketing 2
Technological diagram Central System (AMMS) GSM Net Intranet LVC Transformer MV/LV Corporative systems PLC PLC - FSK Up to 1024 SM/LVC Monophase Polyphase: - direct current - indirect current The meter turns into a communication node in the LV network 3
First SM in : the pilot project in Torrelavega On 24 th June, 2004 started the installation of SM in Torrelavega Urban and rural areas 950 electronic meters 12 LVC BMM (basic remote management system) Systematic & remote management operations Finished in July 2005 Torrelavega 4
Our first meters: June 2004 5
Phase I: the first massive campaign Field deployment: 50.000 meters installed in supplies < 50 kw Areas of Cantabria: Torrelavega and Santander Main difficulties: High quantity of meters customer ownership Interference with local reading schedule Interference with day-to-day tasks Monthly fee per meter not covers the project costs 6
Another difficulty: meters room Customers are the owners of the installations 7
The deployment in field: on process Planning Installation/replacement of equipment 752.000 SM Dic-2014 Current state Total smart meter park (Tipo V) at December 2010: 180.000 30,4% of current park: 592.000 meters Planning Deployment of telecommunications network 11.000 LVC Dic-2011 Current state Totally finished Installation 4.143 LVC installed expecting for planned supply interruption 573 Difficulties with coverage of Mobile network operator 299 34% LVC connected with AMMS Planning Integration of Smart Meters 708.000 SM Dic-2014 Current state Smart Meters in remote managemet 71.055 8
Current legal requirements. progress Orden ITC 3860/2007, of 28/12; revisión de las tarifas eléctricas desde 01/01/2008 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 01/01/06 Smart meters in new supplies < 15 kw Deployment of smart metering 30 % meters replaced 20 % meters replaced 20 % meters replaced 30 % meters replaced Integration in remote management system Finished Legal 9
Technological diagram External actors XML Files Technical area GRPS Oracle Connect Direct Work orders Measures Orders generation motor Business logic Data validation AMMS Telegestore Local executors Onebridge Data Entry AMM system LAN GPRS Mobile devices Metering DB System operators Data network management GSM GPRS LVC 10
Opportunities of smart metering Remote reading Minimization of mistakes Instant and universal access to data Real data Versatility in billing periods Real and on time ATR bills Development of new information tools 11
Opportunities of smart metering Remote management Instant execution of new supllies, cancellations and cutoff Power modifications Quick resolution of claims Efficient management Development of massive orders to adjust peak demand 12
Opportunities of smart metering LV network technical management Precise knowledge of the LV network Immediate detection of power cuts Optimum design of all the LV network elements Losses and fraud management LV network is smart grid Development of application using the info from SM in transformers 13
Opportunities of smart metering Consumption profiles Knowledge through load profiles Design of real and adapted tariffs Change of consumption habits Flattening of the demand curve 1,2 1,0 0,8 0,6 0,4 0,2 0,0 21 22 23 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 Energy saving Energetic efficiency SUSTAINABILITY Developments for sharing info with all the actors 14
New source of information and new tools of management INFORMATION DECISION When? How much? EFFICIENT MANAGEMENT OF DEMAND Energy saving Change of the consumption pattern Sustainable development Need of new and significant incomes in order to develop all the services and utilities 15
Thanks for your attention Jesús Herrero Muñoz C/ Concejo, s/n 39011 Santander T. 942 246 000 jesus.herrero@eon.com Beatriz Rodríguez Rodríguez C/ Concejo, s/n 39011 Santander T. 942 246 000 beatriz.rodriguez@eon.com