Energy Solutions for the Sustainable City Stockholm Royal Seaport. Seminar at KTH, May 26, 2011 Tomas Wall, Vice President R&D, Fortum Sweden

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1 Energy Solutions for the Sustainable City Stockholm Royal Seaport Seminar at KTH, May 26, 2011 Tomas Wall, Vice President R&D, Fortum Sweden 1

2 The ambitious energy policy in Sweden set new requirements on the energy system Some of the targets 2020: 50 per cent renewables in energy production 20 per cent increase in energy efficiency 10 per cent renewables in transports Renewable electricity production: third pillar in energy production, in addition to nuclear and hydro power at least 25 TWh by 2020 A transformation of the energy system 2030: Fossil free vehicle fleet 2050: No net greenhouse gas emissions

3 Increased renewable production and active consumers requires new functions from the energy grids Traditional energy systems Production - Power plants - Parks - DES Energy systems of the future Consumption - Smart meters - Smart homes - Electric vehicles - Storage Källa: ABB 3

4 The Royal Seaport world-class contract confirms the vision and stakeholder commitment for innovative development A common vision and objectives set by a World-class contract Local sustainability program Local public areas Energy system Sustainable recycling systems Water and sewage water disposal Transportation Buildings Life styles and business Knowledge sharing and commercialisation of new solutions 4

5 The planned smart grid in Stockholm Royal Seaport is designed to support the sustainability targets 7 1 Active homes and demand control Increased energy efficiency and peak levelling 6 2 Dispersed local energy production Integration of local energy production Use of electric vehicles and smart charging An integrated infrastructure for charging electric vehicles Energy storage supporting customers and grid Improved grid quality and levelling out of power peaks Smart and electrified port Reduction of CO2 emissions with high voltage connections for the ships Smart grid stations Improved operational safety through increased automation Centre for operations, research and follow-up Operation, research and development as well as follow up of the smart grid

6 Heat/cooling/gas a foundation in the sustainable energy system renewable heat, electricity and gas from local recycling, energy storage and power balancing Electricity system Flexible el consumption El. vehicles Local generation Local storage Local control Fuels from local re-cycling Renewable electricity Based on CHP Intermittent excess power Heat/cooling/gas system Flexible heat/ and cooling consumption Biofueled vehicles Heat storage Cooling storage 6

7 Smart energy is more than technology - part of an evolving energy market New roles and functions in the sustainable energy system New technology solutions New business models New market rules New customer roles and behaviours Transferred into new market rules and commercial applications

8 Stockholm Royal Seaport Innovation Center for the projects and the partner cooperation Showroom for the innovations and project achievements Arena for communication and information to external parties Open Innovation arena

9 R&D process ahead for the projects Heat Smart Grid Phase 1 Formulate project plan Phase 2 Pre-study Phase 3 Implementation and follow-up Define R&D agenda and objectives in each area Define scope and overarching requirements Set a budget and timeline Develop a financial plan Prepare applications for R&D grants Defining use cases Detailed specification for functions and requirements Expected benefits and goals for phase 3 Recommended test scenario and scope phase 3 Solution development Implementing solutions in a real urban environment, Stockholm Royal Seaport Execution of tests and validation scenario s Tuning and adjustments Evaluation and final report 9

10 Stockholm Royal Seaport as an engine for the energy system development Strong environmental commitments and progressive initiatives The large scale energy infrastructures Local eco-systems with synergies The end customers of energy Collaborative set-up Access to local and global research and innovations Leading edge project in global comparison 10