Smart City Málaga. Susana Carillo Aparicio. Distribución eléctrica

Transcription

1 Smart City Málaga Susana Carillo Aparicio endesa Distribución eléctrica

2 ENEL group: an international energy operator Presence 40 countries Net installed capacity 99 GW Customers ~61 million Employees 71,394 Recurring EBITDA ~16 bn2 Net Capex Plan ~26 bn3 <500 MW <1.000 MW <2.000 MW < MW Representative offices, financial holdings, operative branches, commercial companies > MW * Data updated to 31/12/2014 Italy s largest power company and one of Europe s main listed utilities Present throughout the entire electricity and natural gas value chain

3 Imagine you could generate only the energy that you need: in your own house, your industry or your street. Using new tecnologies, with renewables energies. Imagine Imagine Imagine Imagine you reduce your consum 20% and contributed to reduced CO2 emission. Imagine you know what you consume in each moment, in each electric device you have turned on. Imagine Imagine Imagine Imagine this happens and has a name: Imagine an intelligent grid which controls all their loads, generators, storage, e.v., customers

4 Smartgrids: The traditional business, future changes Generación Transmisión Distribución Usuario final Central generadora Estación elevadora Red de transporte Subestación de transformación Centro de Centro de transformación Centro de Usuario final Energy Efficiency comunicaciones 20% comunicaciones Sustainability Renewable energy over primary energy CO2 reduction New players and services + Prosumers + Energetic services enterprises + Integrators: Microgrids and Virtual Power Plants + Electric vehicle charge + Flexibility markets 20% - 20% Adaptability Quality Profitability Security

5 Smartcity Málaga. Scope of the project 31 million budget for companies and research centers, 4 year and fully functional Living lab to test new products and services, Demo projects call other projects Project coordinators Research centers

6 Smart Energy Storage SMART GRIDS The electric company of the future. OMS DSM SCADA Smart Lighting ADA Smart City CBM AMI ICT GIS DER CIS EMS DMS Smart Energy Management Smart Buildings Comunications Real-time IP network AMI (Advanced Meter Infrastructure) Smart meters (electricity, water and gas) Demand response v Smart buildings and homes Smart and informed customers ADA (Advanced Distribution Automation) Real-time monitoring Network failure and recovery v Network automation DER (Distributed Energy Resources) Electric vehicles Energy storage v Distributed generation of renewable sources v People Smart Smart ICT Smart Energy Generation º ICT Citizens become part of the solution Smart and Informed Customer Networks

7 The electricity model: Smart Grids The Smart electricity model is strongly multidirectional Generation Transportation & Distribution Consumption Main characteristics of Smart Grids: Highly communicated and automated: active and bidirectional Optimal in use of assets and energy Less dependent on fossil fuels Feasible high-scale incorporation of renewable energy Prepared for energy storage and EV integration

8 Relevant 72 CCDD PLC 40km MVL º 13Mw MV 33 Kw LV 106kw/h MV 11 kw/h LV Meters 4 electric vehicles Deployment of a public lighting system with 200 elements, micro wind (9*600w) and photovoltaic (10*85wp) generation CUSTOMERS 300 industrial 900 service domestic Duration 4 Years Budget 31 million Consumed energy: 70 GWh/year, Smartcity will save Ton CO2 per year

9 Telecomunication. ICT Grid of today + ICT = Grid of the future µstorage º mstorage Public Lighting 72 transformers communicated using PLC, WIMAX and other technologies. Redundant ring architecture. Advanced monitoring and control Communications network of Smart City Málaga

10 Smart Grid Architecture Real-time communications and Intelligent Electronic Devices (IED) are fundamental technologies Fiber optics Generation Control Centers Systems Data Bases substations control WiMax, 4G, etc. for wireless redundancy MV control LV control Power Line Communication + Wirelesss Redundancy

11 Smart Grid Architecture Real-time communications and Intelligent Electronic Devices (IED) are fundamental technologies Fiber optics Control Centers Systems Data Bases substations control MV control Substation & upstream MV Grid LV Grid LV control Power Line Communication + Wirelesss Redundancy

12 Smart Grid Architecture Real-time communications and Intelligent Electronic Devices (IED) are fundamental technologies Fiber optics Control Centers Systems Data Bases substations control MV control Substation & upstream MV Grid LV Grid Power Line Communication + Wirelesss Redundancy LV control

13 Smart Grid Architecture Real-time communications and Intelligent Electronic Devices (IED) are fundamental technologies Fiber optics Control Centers Systems Data Bases substations control MV control Substation & upstream MV Grid LV Grid Power Line Communication + Wirelesss Redundancy LV control

14 WP05 Systems. Information Technologies

15 Smart Grid projects in Latin America Bogotà Fortaleza Public Lighting pilot in calle n 93 and in the southern part of the city Electric taxi pilot Network Automation startup Santiago Smart metering pilot 100 smart meters certified by SEC in operation Public Lighting pilot in Calle Seminario and in Smart City Santiago Electric mobility - successfully installation of the Enel s EMMS system - Electric bus pilot Network Automation project for Smart City Santiago Smart metering pilot 100 smart meters in operation First 217 smart meters in operation (collaboration Enel and Landis+Gyr ) Public Lighting 90 LED Archilede in operation around the Lagoa Electric mobility 8 charging stations, 4 electric cars Network Automation project for Cidade inteligente Búzios Smart metering pilot 100 smart meters in operation Niteroi Búzios Net metering pilot for distributed generation integration in the grid

16 The electrical and communication solutions should grow coordinately XX century Network N-1 Network design Electromechanical Unidirectional comunication Centralized generation Radial topology Few sensors Blind network Manual refund Static Manual diagnostic Decisions by committees of emergency Load Flow Control Limited Limited information rates Few possibilities for customers XXI century Network N-2 Network design Digital Bidirectional Distributed Mesh topology Lot of sensor Real time monitoring Semi-automatic refund Adaptative Expert diagnostic systems Assisted decisions and simulations Load flow control system in all the Network Full pricing info Lot of possibilities for customers

17 This document is the property of ENDESA and therefore must not be disseminated or published without ENDESA's prior written consent. The content of this document is provided for information purposes only and therefore has no contractual substance and should not be used as part of or construed as a legal contract. ENDESA does not assume any responsibility for the information contained in this document and does not offer any implicit or explicit guarantees of the impartiality, accuracy and completeness of this information and the opinions and statements contained therein. It shall also not be liable for any loss or damages that could arise as a result of using this information. ENDESA does not guarantee that the forward-looking statements in this document will apply in the future in the terms set forth. Neither ENDESA nor its subsidiaries intend to update such estimates, forecasts and objectives contained herein, except where required to do so by law.