Systems Integration Tony Giroti, CEO Bridge Energy Group

Transcription

1 Systems Integration Tony Giroti, CEO Bridge Energy Group #GridWeek

2 BRIDGE Energy Group Smart Grid Integration Strategy & Implementation Partner HQ in Boston-metro area with offices in US, Canada Developed an open SGRA (open Smart Grid Reference Architecture) Working on many Smart Grid Projects within US & Canada White Paper on Integration Roadmap for Smart Grid From Accidental Architecture to Smart Grid Architecture 2

3 What is Integration? The capability of two or more networks, systems, devices, applications, or components to exchange information between them and to use the information so exchanged - Department of Energy s GridWise Architecture Council 3

4 The moving parts of Integration? Standard Vocabulary or Shared meaning of content Registry Technology & Architecture Party or System A Interface of A Communication & Transport Messages Interface of B Party or System B Business Operating Model Interoperation or Collaboration Agreement 4

5 Technical Challenges? Need Technical Vision & Strategy Need Strategic vs. Tactical approach Need Implementation Experience Not Vendor or Product Driven, But Solutions Driven Current Point to Point Architecture is Brittle & Inflexible Need integration with Legacy & highly Customized Apps Data Volume Deluge resulting in Performance Issues Evolving Standard; that are difficult to apply Lack of expertise using SOA and ESB correctly Security Challenges No NERC CIP equivalent 5

6 Need for IT & OT Integration New Business Models, New Operating Models Organizational Challenges Business Challenges? Status Quo is easy, Organizational Transformation is difficult Change Management, New Skillsets What is the Value to the Organization Return on Investment & Cost Benefit Analysis Technical Leadership Aligning IT with Business, Technical Discipline & IT Governance Regulatory impact Value to Consumers 6

7 Systems Integration Edward T. Hedges, PE Manager, SmartGrid Technology Planning Kansas City Power & Light Company #GridWeek

8 KCP&L Company Overview Key Statistics Customers 830,000 Mtr. Generation 6,100 MW 9 plant sites 26 generating units 10 peaking facilities Dist. Subs 315 Dist. Circuits 1600

9 KCP&L SmartGrid Demonstration Project Three Initiatives in One Project KC Green Impact Zone Initiative DOE Regional SmartGrid Demonstration Program EPRI SmartGrid Demonstration Program

10 Project Co-Located with Green Impact Zone Green Impact Zone 150-square block area (39th to 51 st between Troost and Prospect). Comprehensive set of programs using grant funds and other resources for: Economic development Community policing & service centers Training and employment Energy and water conservation Grant funds (over $100M) include Transportation Investments Generating Economic Recovery (TIGER) grant Energy Efficiency Conservation Block Grant (KC MO, MARC) MDNR Innovative Weatherization Grant KCP&L SmartGrid Pilot Project Brownfields Grant (Pending) Involves over 25 stakeholder groups including neighborhood groups, Congressman Cleaver, MARC, MEC, KCP&L, MGE, KCMO water and UMKC KCP&L SmartGrid Pilot Area

11 KCP&L Demonstration KCP&L SmartGrid Demonstration True End-to-End Smart Grid End-to-end SmartGrid Built Around a SmartSubstation

12 Integrated and Interoperable System of Systems The IT Behind it all PHEV OATI Intergraph Oracle emeter Tendril Intergraph Siemens L+G Siemens February 22, 2011

13 Thank You DOE Acknowledgement This material is based upon work supported by the Department of Energy under Award Number DE-OE Federal Disclaimer "This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government nor any agency thereof, nor any of their employees, makes any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or process disclosed, or represents that its use would not infringe privately owned rights. Reference herein to any specific commercial product, process, or service by trade name, trademark, manufacturer, or otherwise does not necessarily constitute or imply its endorsement, recommendation, or favoring by the United States Government or any agency thereof. The views and opinions of authors expressed herein do not necessarily state or reflect those of the United States Government or any agency thereof."

14 Systems Integration Jeff Gooding IT General Manager - Smart Grid Systems Engineering Southern California Edison #GridWeek

15 Southern California Edison Overview SCE provides power to: Nearly 14 million people 180 cities in 50,000 miles 11 counties in central, coastal and Southern California Commercial industrial and nonprofit customers, including: 5,000 large businesses 280,000 small businesses To deliver that power it takes: 16 utility interconnections 4,990 transmission and distribution circuits 425 transmission and distribution crews The days and nights of more than 17,000 employees More than a century of experience

16 Smart Grid Architecture Principles Operational capabilities are supported by applications and common services Services are available to devices at the edge of the network and are event driven Communications design allows for connectivity across multiple network domains Security is end-to-end Architecture is supported by common semantic models and standards 6

17 Smart Grid Deployment Strategy Energy Policies AB 32 33% RPS Once-Thru Cooling DG Incentives PEV Adoption 500 MW Solar Prog. DR Goals ZNE Buildings SG OIR Information SB 17 Self-Healing Resist Attack DG & Storage Efficiency Empower Customers Power Quality & Reduced Outages Enable Markets Enable Intermittency SG Functions DER Integration Wide Area Awareness&Control Load Control Dynamic Pricing Cust. Information Provision PEV Readiness Advanced Vot/VAR Control Automated Customer Service Adv. Transmission Protection Dynamic Asset Management Bulk Renewable Integration Advanced Outage Management Dynamic Asset Optimization

18 More increased capabilities Smart Grid Design Goals More capabilities at the edge and enterprise, pervasive automation Better faster, more reliable & secure The electric grid is more resilient Dynamic control of all security elements allows the system to adapt to evolving threats Easier usability (convergence, unified control, visualization, information on demand) Tens of Millions of nodes are manageable Situational awareness Common Services allow for easier integration of new capabilities and technologies

19 Systems Integration Evolutions Evolutions of Smart Grid SoS Architectures & Systems Integration Silos Current-state #GridWeek ESB Adapterbased Typical SI Approach Washington DC, Sep 12-15, 2011 DoD-style approach Common Standards based Internet-style

20 Common Services Systems Integration

21 Questions? Jeff Gooding IT General Manager Smart Grid Engineering 21