GENERATION.MOBI.E. Smart Grids and Electric Mobility Pioneering Spirit - From Fiction to Reality

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1 Smart Grids and Electric Mobility Pioneering Spirit - From Fiction to Reality GENERATION.MOBI.E João Silva Marques, CEO Energy Sector Lisbon, 23rd May 2011 Pág de Março 2011

2 AGENDA Siemens Short Presentation The New Electricity Age Smart Grids and Electric Mobility MOBI.E Project Siemens Portugal Competencies Conclusions Pág de Março 2011

3 Siemens Business Sectors and Divisions Industry Energy Healthcare Divisions Building Technologies Drive Technologies Industry Automation Industry Solutions Mobility Lighting (OSRAM) Divisions Fossil Power Generation Renewable Energy Oil & Gas Energy Services Power Transmission Power Distribution Divisions Imaging & IT Workflow & Solutions Diagnostics Pág de Março 2011

4 Siemens in the World Pioneering spirit Yesterday, today and tomorrow From the first direct transatlantic telegraph cable to the floating wind turbine From the Electric Victoria to the Greenster From the first views inside the body to 3D body scans in less than one second Pág de Março 2011

5 Our company Vision and values Siemens the pioneer in Our values Responsible Energy efficiency We are committed to ethical and responsible actions Industrial productivity Affordable and personalized healthcare Intelligent infrastructure solutions Excellent We want to achieve high performance and excellent results Innovative We are innovative and create sustainable value Pág de Março 2011

6 Paradigm Shift in Power Grids The New Electricity Age 19th Century Unsustainable energy system Electrification of society Age of Coal Extensive generation of electrical energy Age of fossil fuels 20th Century 21st Century Shift to New Electricity Age Challenges require rethinking: 1.) Demographic change 2.) Scarce resources 3.) Climate change Sustainable energy system The New Electricity Age Electricity will be the energy source with a power grid as backbone. Integrated energy system Generation and load closely coordinated Supply island with stochastic load Generation follows load Integrated network, central generation, load stochastically predictable, unidirectional energy flow Energy system shifting Increasingly decentralized, fluctuating generation consumer becoming prosumer Load follows generation Central + decentralized generation, intelligence with ICT*, bi-directional energy flow Coal hydro Coal, gas, oil, hydro, nuclear Coal, gas, oil, hydro, nuclear, biomass, wind, solar Renewable energy sources (solar, wind, hydro, biomass), clean coal, gas, nuclear No environmental concerns * ) ICT = Information and Communication Technologies Pág de Março 2011 Environmental awareness

7 New Electricity Age The Challenges Growing demand High share of renewables Stochastic power flow Increasingly distributed generation Pág de Março 2011

8 Our World is in Transformation Consumption will Follow Load Before Afterwards power information Pág de Março 2011

9 Entire Energy Mix Siemens Solutions Sustainable Energy System along the Conversion Chain Efficiency and Sustainability CCS Up- Mid- Downstream stream stream Oil & Gas Fossil Wind Solar CCS Nuclear Smart Generation Smart Grid Smart Consumption Intelligent Energy System Pág de Março 2011

10 With Innovation and Technology Consumers become PROSUMERS Renewable Generation Smart Buildings E-Car Charging Infrastructure Distribution Automation Smart Metering Distributed Generation Pág de Março 2011

11 What can Change the Rhythm of this Evolution? Electric Cars, certainly! The need to connect millions of electric and hybrid cars to the network and the ability they have to act as producers, consumers or storage units, depending from the network conditions and the economic return! Pág de Março 2011

12 MOBI.E New Paradigm: Electric Mobility MOBI.E Vision is in line with Siemens strategic approach to Sustainable Technologies Seamless integration of Renewables, Smart Grids and Electromobility Pág de Março 2011

13 MOBI.E Model Principles Nation wide Interoperability, Universal Access & Integration with Smart Grids are Unique Characteristics of MOBI.E Model Pág de Março 2011

14 Siemens Portugal Strong Focus on Environmental Portfolio 1 Renewable energies All renewables qualify: Wind Parks Concentrated Solar Power Hydro Power Plants Grid Access for Renewables 2 Environmental technology All environmental technologies qualify: Water Technologies Electric Car Infrastructures Carbon Capture and Storage SIPLINK for Ships Energy Supply 3 Energy efficiency All products and solutions with exceptional energy efficiency qualify: Combined-cycle Power Plants Gas Insulated Sub-stations Industrial Drive Systems Traffic Management Solutions Energy Performance Contracts Pág de Março 2011

15 Siemens Portugal Centres of Competence for Emerging Technologies 1 Smart Grids Project Delivery Centre Smart Grids and Energy Automation Solutions, world wide recognition by HQ More than 50 Engineers developing state-ofthe-art solutions and software for Utilities, IPP s and Industries 3 Electric Mobility MOBI.E Partners Engineering, Software Development, Assembly, Parametrisation & Commissioning of charging stations for electric mobility infrastructures Cooperation with CEIIA for Engineering and Development of Siemens new charging stations prototypes 2 Steam Turbines & Generators Centre of Competence Electric Instrumentation and Control for Steam Turbines, world wide recognition by HQ More than 30 Engineers acting globally More than 30 Countries served 4 Airports, Railways & TMS Centre of Competence Airports Insfrastructures, from the engineering to the construction and maintenance Railway Infrastructures, including the development of customised solutions Traffic Management Systems in Cities Pág de Março 2011

16 Siemens Portugal Factories for Low, Medium & High Voltage Products Transformer Plant, Sabugo Electric Switchgears Plant, Corroios Sabugo Transformer Plant, the first world producer of SILFO transformers for wind parks Corroios Electric Switchgears Plant, internationally recognised for its ability to build medium voltage panels. Pág de Março 2011

17 Conclusions Market Megatrends Demographic dynamics Scarce resources Climate change Population growth 7.5 bill. in 2020 (+1.1 bill.) Megacities (>10 mill. people) 27 megacities by 2025 Source: UNO Geopolitics 70% of global oil and gas reserves are located in just a few countries Oil price fluctuations Climate goals Political programs aimed at long-term reduction in CO 2 emissions Rising energy consumption Due to efficiency increases: Growing electrification of society Growing demand for clean electricity Pág de Março 2011

18 The Three Steps to Develop a Sustainable Integrated Energy System 1 Optimization of energy mix SMART GENERATION 2 Efficiency increase along entire energy conversion chain SMART GRIDS 3 Systemic optimization of consumption profiles SMART BUILDINGS, SMART METERING ELECTRIC MOBILITY Pág de Março 2011

19 Siemens Portugal Leading e-car Growth Initiative in the SWE Cluster Southwest Cluster BEL, FRA, GRE, ITA, POR, SPA and SWI As recognition of Portuguese Leadership in the Electric Mobility area Siemens Portugal is coordinating the e-car Growth Initiative Pág de Março 2011

20 Smart Grids and Electric Mobility For a Sustainable Future! Thank you for your attention Pág de Março 2011.