NEW R&D Status of ongoing projects and future opportunities. Labora and III China-Portugal Energy R&D Seminar 2017

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2 NEW R&D Status of ongoing projects and future opportunities Labora and III China-Portugal Energy R&D Seminar

3 Agenda 1. NEW R&D 2. Projects status 3. Opportunities 4. Final remarks

4 NEW R&D and SCNET: Creating sustainable value through collaborative R&D and competitive funding A 50/50 joint venture between and EDP and CTG dedicated to applied R&D in the energy sector Two plaforms: NEW R&D in Lisbon and SCNET in Shanghai NEW R&D Centre for New Energy Technologies Lisbon SCNET Sino-Portuguese C. f. N. En. Tech. Shanghai A corporate applied R&D Centre incorporated in Dec Mainly funded by H2020 and other competitive funding for R&D 9 onging projects: 150 top tier partners (Industry, Academia, Technology) Global budget of 135 M and global grant of 105 M EDP Budget of 20 M and EDP grant of 14 M EDP staff allocated 34 FTE Pursuing several opportunities in R&D, namely in the areas of ocean / tidal energy, offshore wind and smart grids Shanghai Centre has been positioned as the focal point for technological cooperation between EDP and CTG: 1) New Energy Monitoring System; 2) Support in Distribution and Retail business and technology; 3) Smart Grids demonstration

5 R&D focus areas to cope with global energy challanges and in line with Business Unit s priorities NEW R&D Focus Energy storage and energy management Smart grids and digitalization Flexibility in Energy systems Renewable Energy

6 Agenda 1. NEW R&D 2. Projects status 3. Opportunities 4. Final remarks

7 9 ongoing projects across the energy value chain, from generation and renewables to distribution and retail Conv. Generation Transmission Renewable Generation Distribution Retail/End-user 6 9 Offshore Wind structure demonstration 5 Multilevel converter for RES integration 3 Demonstration of solutions for smart cities 8 Bus. Models for energy aggregators 1 Smart grids and large demonstration of Demand Side Management Demonstration of distributed energy storage and energy management 2 Demonstration of the enhanced role of DSO as enabler in the energy market 4 EU - SysFlex Demonstrate utility-scale VPP and aggregation of flexibility at DSO level 7 New schemes and roles on local energy markets

8 1 Ongoing projects 1/3 Smart grids and Energy storage Demonstration of distributed energy storage and energy mgmt. Detail Session A4 Room VII 2 Driver for EDP? Partnership Status Knowledge and tools to integrate energy storage in MV/LV grids; new energy services to customers Global EDP EDP, Siemens, INESC TEC, GPTech, INDRA Closing Lab demo. and moving to Site demo. 15,4 M 3,1 M Demonstration of DSO as key enabler of smarter energy systems Detail Session A4 Room VII Driver for EDP? Partnership Status Improve grid management for flexibility activation; DSO as data manager and neutral market facilitator; new business models EDP, Elektro Ljubljana, Ellevio, KTH, INESC TEC Architecture and use cases closed; implementation plan ongoing Global EDP 15,0 M 3,7 M 3 Active demand and distributed generation/flexibility in LV and MV grids Driver for EDP? Partnership Status Improve LV network management through functionalities based on active demand, DER integration and market design EDP, Iberdrola, INESC TEC, Schneider, GE Demonstration concluded; compiling lessons learnt Global EDP 15,7 M 2,5 M

9 Status Scope SENSIBLE Demonstration of distributed Energy Storage in three diferent / complimentary sites in PT, UK, GE Évora Optimized operation of LV/MV grid New Energy services for end customers Flexibility management for energy markets Nottingham Community Energy costs reduction Sustainable Energy in communities Individual households energy management Nuremberg Energy management on buildings Combined energy consumption models BEMS enabling market participation Tested and installed on site (residential) Closing some open points from lab validation (grid) Preparing final site demonstration Developments and testing ongoing Residential infrastructure deployed Permitting ongoing Installed and tested Validation and demonstration started Data collection ongoing

10 SENSIBLE Portuguese demo. is closing lab validation and moving to Évora for real life demonstration Grid scope Residential scope 1 MV Energy Storage System kw/360 kwh 4 LV Energy Storage System 50/2x30/10 kw/160 kwh 1 Super Capacitor System: 125 kw 240 LV customers (InovGrid, EDP-D) HEMS 25 units; Smart plugs 2kW 2 per client Residential batteries 3.3 kw 15 units PV system 1,5 kwp 25 units Electrical water heaters- 2kW 15 units

11 Ongoing projects 2/3 Renewable Energy and Flexibility 4 EU - SysFlex Demonstration and roadmap of flexibility in Europe Detail Session A4 Room VII Driver for EDP? Partnership Status Demonstrate flexibility applications, namely virtual power plant and distribution grid flexibility EDP, EirGrid, EDF, Siemens, INESCTEC, Imperial College Kick off meeting scheduled for 7-8 November Global EDP 25 M 2,2 M 5 New multi-level power converter to facilitate RES integration Driver for EDP? Partnership Status Validation and demonstration of an innovative technology capable of providing grid support services in wind farms EDP, GPTech and INESC TEC Ongoing factory and lab. tests; start site demonstration in 6 months Global EDP 1,58 M 0,5 M 6 Demonstration of innovative offshore wind substructure Driver for EDP? Partnership Status Demonstration, knowledge and options regarding an innovative substructure technology for offshore wind projects EDP, Typsa, ASM, WavEC, Global Maritime Currently suspended Global EDP 26,8 M 6,9 M

12 EU-SYSFLEX Developing a flexibility roadmap for the EU through 6 demonstrators accross Europe (including PT) Objectives Characterize the needs of a power system with a high share of variable RES (>50%), including which services to be provided and mix of resources; Coordination of centralized and distributed flexibility resources (Storage / Other flexibility resources / System integration) TSO & DSO tools for operational control and enhanced transmission/distribution interfaces Market design options for an efficient integration of flexibility resources in well-functioning wholesale markets Develop a flexibility roadmap including a study of replicability of solutions 6 demonstrators: Portugal, France, Germany, Italy, Estonia and Finland EDP Focus Implement Portuguese demonstrator with 2 priorities Utility Scale VPP Flexibility aggregation platform at DSO level Evaluate potential, determine impacts and adapt systems / tools Project Duration Overall Budget EDP s Budget 48 Months 25 M 2,2 M (Nov17-Oct21) Partners Overall Grant EDP s Grant 34 (Lead Eirgrid / EDF) 20 M 1,6 M

13 EU-SYSFLEX A comprehensive Portuguese demo. from utility scale VPP to flexibility aggregation at DSO level Flexibility Resources Venda Nova III: Variable speed pumping Hydro 756 MW (2 x 378) 6 Wind Farms: 12 MW to 165 MW +7 Hydro with pumping: 42 MW to 220 MW Other flexibility sources: Capacitor banks, tap changer transformers, OCR Total resources: ~1,2GW 300GWh Virtual Power Plant Flexibility through combination of conventional generation (Hydro), Storage and Renewables Simulation of optimized dispatch of Hydro with variable speed pumping (capable of providing dynamic FRR) + wind farms Demonstration of the capacity of wind farms to provide flexibility: inertia emulation, FCR, FRR 2 Vectors Flexibility Hub Flexibility at DSO level Management of resources at DSO level towards voltage control, congestion management and forecast and control of active and reactive power Technical validation of market flexibility called by the TSO (including VPP)

14 Ongoing projects 3/3 Innovative bus. models, local energy markets and smart cities 7 Local energy markets architecture enabled by new services and tech. Driver for EDP? Partnership Status Analyze new market structures, new roles for stakeholders and new business models in local energy markets EDP, Empower, ISEP-GECAD, VPS Starting requirements, architecture and use case definition Global EDP 4 M 0,8 M 8 Innovative bus. models for renewable energy and flex. aggregators Driver for EDP? Partnership Status International benchmark; develop and demonstrate new business models for the aggregation of B2B clients flexibility EDP, WIP, Next Kraftwerke, Good Energy, Oekostrom Preparing implementation of the pilot with B2B clients Global EDP 2 M 0,1 M 9 Develop a common approach to make smart cities a reality Driver for EDP? Partnership Status Development of smart city solutions in the energy domain, namely an innovative BEMS and an energy data/communication platform EDP, IST, Great Authority of London, CML, Siemens Development of central communication platform solutions for DR Global EDP 28,2 M 1 M

15 Agenda 1. NEW R&D 2. Projects status 3. Opportunities 4. Final remarks

16 Short term priorities in H2020 (2018) for the topics of generation, grids and retail of electricity Generation and renewables Smart grids and digitalization Efficient communities, buildings and customers Big Data, AI and Cyber Security Reduce the cost and increase performance of renewable technologies / power generation Solutions based on renewable sources that provide flexibility to the energy system Decarbonising energy systems of geographical Islands Flexibility and retail market options for the distribution grid Increased regional cross-border cooperation in the transmission grid Integrated local energy systems (Energy islands) TSO DSO Consumer: Innovative grid services through demand response, storage and small-scale (RES) generation Next-generation of smart energy services Renewable energy system integrated at the building scale Increased performance of technologies for local heating and cooling solutions Cost reduction for Building Integrated PV Interoperable and smart homes and grids Big data solutions for energy Artificial Intelligence (applications in energy) Cybersecurity in the Electrical Power and Energy System Advanced technologies (Security/Cloud/IoT/BigData) for a hyper-connected society in the context of Smart City Key words for 2018 FLEXIBILITY, REDUCED COSTS, DISTRIBUTION, NEW SERVICES, STORAGE, DR/DSM, VPP, INTEROPERABILITY, LOCAL, AI, CYBER SEC.

17 Consortium Internal Possibility 1 Variable speed pumping and provision of flexibility by Hydro Call: LC-SC3-RES : Demonstration of solutions based on renewable sources that provide flexibility to the energy system Scope & Objectives: Improve the average annual overall efficiency of Hydropower by adapting to variable speed generation the hydropower plants (new, refurbished and uprated and especially existing ones). Digitalization measures to increase the potential of hydropower in providing flexibility to the energy system can be included. EU Max Grant: M Potential Partners: Type of Action: Innovation Action (TRL 5 to TRL 7) Demonstration Deadline: 11/12/2018 Hydro Turbine Manufaturers Utilities Universities R&D and Engineering

18 Consortium Internal Possibility 2 Reduce the cost of renewable energy offshore wind Call: LC-SC3-RES : Demonstrate solutions that significantly reduce the cost of renewable power generation Scope & Objectives: Demonstrate cost reduction in Offshore Wind by developing and validating new manufacturing, installation and/or O&M techniques. Additional focus in dismantling, recycling and retrofitting procedures. EU Max Grant: M Potential Partners: Type of Action: Innovation Action (TRL 5 to TRL 7) Demonstration Deadline: 13/02/2018 RES Promoters / Utilities Turbine, Foundation, BoS manufacturers Universities and R&D

19 Consortium Internal Possibility 3 Innovative grid services through DR, Storage and RES generation Call: LC-SC3-ES : TSO DSO Consumer: Large-scale demonstrations of innovative grid services through demand response, storage and small-scale (RES) generation Scope & Objectives: Demonstrate large-scale integration of TSO s and DSO s in widelyparticipated, pan-european electricity markets and platforms by: Using a pool of flexibility provided by small- and large-scale assets Testing the needs of grid services for network operators Engaging consumers via P2P energy trading and blockchain transactions Setting up platforms with applications of IoT, AI, Cloud, Big Data Needed: 2 Energy Suppliers + 2 ESCOs or Aggregators + 3 TSO + 5 DSO EU Max Grant: M Potential Partners: comercial Type of Action: Innovation Action (TRL 5 to TRL 8) Demonstration Deadline: 05/04/2018 Electricity suppliers ESCOs or aggregators TSOs and DSOs Universities and R&D Technology

20 Consortium Internal Possibility 4 Interoperability between smart homes and grids Call: DT-ICT : Interoperable and smart homes and grids Scope & Objectives: Exploit IoT reference models to combine services for home/building comfort and energy management based on relevant digital technologies like IoT, AI, cloud and big data services. Large demo pilots should address: Interoperability and seamless data sharing between devices and systems Integration of renewable energy from distributed intermittent sources Support of energy efficiency Combined energy services to foster smart energy communities (in particular P2P energy markets) EU Max Grant: Up to 30 M Potential Partners: comercial Type of Action: Innovation Action (TRL 5 to TRL 8) Demonstration Deadline: 14/11/2018 Utilities / retailers of electric. Appliances manufacturers Universities R&D and engineering

21 Agenda 1. NEW R&D 2. Projects status 3. Opportunities 4. Final remarks

22 Final remarks NEW R&D and SCNET are up and running and actively looking for projects and partnerships R&D priorities aligned with trends, technology and EDP s vision 9 projects under implementation, some including large demonstrators Numerous opportunities to collaborate namely in the areas of: Renewable Energy Flexibility in Energy Systems (upstream and downstream) Smart Grids and digitalization for more details, please attend Session A4, Room VII, starting at 15h See you there!

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