Cloud-establishinga frameworkfor utilisingcloudservicesfor mission critical digital grid applications

Transcription

1 Cloud-establishinga frameworkfor utilisingcloudservicesfor mission critical digital grid applications Aurélio Blanquet, EDP Distribuição SGTech Europe 2017 Amsterdam

2 Agenda 1. EDP in brief 2. Smart Grid 3. Digital Transformation & Cloud 4. Final Remarks 2

3 From a local electricity incumbent to a global energy player with a strong presence in Europe, Brazil and considerable investments in the USA High ranking in ElectricSector in Dow Jones Sustainability Indexes #3 World wind energy company #1 Europe hydro project (+3,5 GW under development) Largest Portuguese industrial group United Kingdom 21 Employees USA/ Canada 260 Employees 3422 Installed Capacity (MW) 9330 Net Generation (GWh) 100% Generation from renewable sources USA Canada Portugal Brazil UK Spain France Belgium Italy Poland Romania China 中国 Poland/ Romania 51 Employees 475 Installed Capacity (MW) 621 Net Generation (GWh) 100% Generation from renewable sources Brazil 2635 Employees Electricity Customers 1874 Installed Capacity (MW) 8043 Net Generation (GWh) 100% Generation from renewable sources Electricity Distribution (GWh) Angola Portugal 7252 Employees Electricity Customers Gas Customers Installed Capacity (MW) Net Generation (GWh) 51% Generation from renewable sources Electricity Distribution (GWh) 7138 Gas Distribution (GWh) France/ Belgium 34 Employees 363 Installed Capacity (MW) 705 Net Generation (GWh) 100% Generation from renewable sources Italy 14 Employees Spain 2038 Employees Electricity Customers Gas Customers 6087 Installed Capacity (MW) Net Generation (GWh) 37% Generation from renewable s Electricity Distribution (GWh) Gas Distribution (GWh)

4 EDP Distribuiçãoin Portugal, EDP Brasiland HidrocantábricoDistribution in Spain with about 10 million customers EDP expanded InovCity concept to Brasil, Bandeirante, consumers at the city of Aparecida In Portugal EDP Distribuiçãohas more than 6 million customers and a network of more than Km. In Spain HidrocantábricoDistribution, EDP Distribuição has more than 1 million customers HC Energia UK France Belgium USA Canada Portugal Poland Romania China 中国 Brazil Spain Italy Angola EDP Bandeirante EDP Escelsa

5 Agenda 1. EDP in brief 2. Smart Grid 3. Digital Transformation & Cloud 4. Final Remarks 5

6 The transformation of the energy sector adds new challenges to the DSO, demanding new strategies for the Distribution Power Grid, that becomes progressively more intelligent Historical Challenges New Challenges a Smarter Distribution Quality of Service Operational Efficiency Smart Meters/AMI RES & DG Smart Grid Network Automation & Sensoring grid for new challenges New ways of planning and managingthe grid (DER, bidirectional energy flows...) More informationto customer energy efficiency New technologies Supply customers with High Quality of Service Minimize OPEX EV Energy Efficiency & new Business Models (energy storage ) and new business models (DSM, dynamic pricing...) EVintegration (V2G, smart charging...) Optimize CAPEX 6

7 The main elements in the grid architecture promote the gap closure on the LV network and provide access to commercial and technical data. The grid becomes a Smarter Grid Distribution network VHV/HV substation HV network HV/MV susbstation MV network MV/LV substation LV network Consummers Smart grids applications and services System integration and cyber security Information management and data mining DG and storage and VPP New tools for smarter network management BIG Valuable DATA MV automation and telecontrol Improved network operation and quality of service Remote public lighting metering and management GIS and Work Force Management Microgeneration EV charge network New tariffs and pricing mechanisms Energy services (efficiency, DR, ) SG enabling infrastructure Head-end systems Wide area network Local area network Home area network WAN LAN HAN DTC EDP Box

8 Agenda 1. EDP in brief 2. Smart Grid 3. Digital Transformation & Cloud 4. Final Remarks 8

9 Industry 4.0 Integration of trends and technologies with the potential to disrupt the way things are made, leveraging heavily in connectivity and data 9

10 What is a Mission Critical System for a DSO? Is essential to the survival of grid operations. When a mission critical system fails or is interrupted grid operations are significantly affected Mission Critical Business Critical Business Efficiency WFM OMS AMI WFM BI Corporate Service Network WFM BI Enterprise (IT) SCADA/ DMS AMI OMS GIS Grid Management Data Concentrator Smart Meter Operational Service Network Field Devices (OT) Antivírus User and Access Management Remote Access Monitoring Service 24x7 Continuous Audit Today Future

11 EDP Distribuiçãohas a Digital Platform that supports Mission Critical Systems covering end-to-end value chain Grid Digitalization: Electrical Grid AT Grid Primary MT Grid Secondary Substations Substations BT Gid Consumer automation sensoring connectivity Km 510 units 726 transform MVA Km units MVA 6,1M clients Km Information/data Digital Platform Services (e.g. SCADA) Fiber Network Mission Critical Systems Routers Switches Cyber Security Integrated management of critical Support Services Wireless Network Systems: Infrastructures Applications Analytics Interfaces with other systems Cybersecurity Supervision Center Telecom Private Telecom SCADA Security DTC/ Meters BigData & IoT Automation/ Sensoring Digital Platform Supervision and Operation 11

12 Mission critical systems are supported in a virtualized infrastructure that faces new challenges to be more flexible in order to scale up or down quickly and easily to meet computing power demand Challenges being addressed: EDP Distribuição Data Centers Scalability & flexibility o More applications to integrate (e.g.: ADMS) o National and international innovation projects Data Center 01 New Data Center Capacity management o Optimization of the computational resources o More orchestrated architecture Compliance with regulation o GDPR o Investments approved by NRA Fulfill business requirements o Extended outages have direct impact on business continuity and paralyzes other sectors Data Center 02 Data Center 700 m2 of total area > km of private optical network > 500 devices (telecommunications, servers, workstations, frontends, routers, switches, firewalls,...) > 10 km of cables 12

13 Is Cloud Computing the next step in the architecture evolution? Deliver cost efficient Scalability and Flexibility to the infrastructure, and leading to a next level in Computational Elasticity for self provisioning of application resources in variable workload conditions 13

14 Initial surveys identify privacy, control, security and system integration as main concerns to Utilities when adopting Cloud Computing Ensure that Cloud technologies fits into the organization Mission Source: Zpryme, Feb

15 Initial surveys identify privacy, control, security and system integration as main concerns to Utilities when adopting Cloud Computing Ensure that Cloud technologies fits into the organization Mission Source: Zpryme, Feb

16 4 Cloud Computing Models are identified by NIST: i) Private, ii) Public, iii) Hybrid and iv) Community. Private clouds are a hot topic for utilities and hybrid clouds are getting warmer 16

17 The assessment for CII can be focused on private cloud taking advantage of existing virtualized infrastructure on premises, but cannot forget the challenges of a 3D Utility Private Cloud 17

18 and explore IaaS (Infrastructure as a Service) for capacity management Private Cloud Approach / Criteria Classification and Security of Information (Confidentiality, Integrity and Availability) GDPR (General Data Protection Regulation) Main drivers The Legacy and core systems (e.g. SCADA) stay in the traditional data center New pilot projects could go to the Private Cloud Flexibility to move services and systems between cloud and virtualized infrastructure 18

19 The role of a Public Cloud, its relation with a Private Cloud and the Management of the Clouds are critical issues to be adressed Public&Hybrid Cloud e.g. for SaaS Main drivers (Public Cloud) New pilot projects can go to the public cloud (e.g. some of them born without interfaces) In the industrialization phase can be necessary to bring them back from the cloud Main challenges Hybrid cloud leveraging analytics: data on-premise explored by analytics in the cloud and data in the cloud used on-premise with internal data Virtual Private Cloud: on-demand configurable pool of shared computing resources allocated to a single corporation within a public cloud Connection and Management of different Clouds 19

20 Utilities Transformation calls 3D: Digital, Decentralized and Divergent And Cloud can ensure a new balance between Energy, Information and Connectivity Value IT Howto makevaluefromdiverseiot: 50bn and$2 billionin 5yr? OT Energy Information Time 20

21 Agenda 1. EDP in brief 2. Smart Grid 3. Digital Transformation & Cloud 4. Final Remarks 21

22 Final Remarks Main Challenges and Concerns leading the OT transformation: 1. Organization: Mission critical goals and readiness to Cloud Computing 2. Technology: Approach Cloud Computing 3. Information: Classification and Security of information are critical 4. Services:Scalable, Flexible and Elastic solutions to respond to different and divert customers and requirements 22

23 Thank you for your attention The only wrong move when it comes to Digital Transformation is not to make any move at all (Didier Bonnet) Aurélio Blanquet EDP Distribuição 23