s that Enable Advanced Technical Evolution of Power System Ameen H. Hamdon SUBNET s Inc. hamdon@subnet.com +1 403 270 8885
The Smart Grid Challenge for Utilities
The Situation Today We have many different IEDs and BI Systems deployed to meet different department needs 3
The Smarter Grid Tomorrow The Reward? Deploy many more IEDs and integrate them intelligently to new BI Systems and realize many new Smart Grid Benefits 4
Advanced ITC Technologies in Smart Grids Deploying Many More Devices onto our Grids Reclosers Cap Banks Equipment Monitors (for breaker and transformers) etc All these devices generate Massive amounts of Data Higher volumes of Data Higher velocity of Data Higher Variety Data
Today s Smart Grids This Device Data needs to be converted to Actionable Information enhanced insight, decision making and Process optimization
Advanced ITC Technologies in Smart Grids As a result, Modern Smart Grids must effectively address to effectively capitalize on this massive IED Investment Data Acquisition Security Big Data Storage Data Usage and Analytics System Management and Administration
Beyond SCADA More Devices, More Data Event File Collection for enhanced Restoration Equipment/Asset Monitoring for Preventative Maintenance IED Cyber Security to defend against cyber threats IED Configuration and Data Management Data Analytics for better information analysis
Today s Smart Grids Cost Effectiveness is a challenge How can I have a solution that leverages modern technology for while also being cost effective
Learning from the past SCADA INTEGRATION HISTORY
Jorge Agustín Nicolás Ruiz de Santayana y Borrás George Santayana Spanish Philosopher (1863 1952) Those who cannot remember the past are condemned to repeat it.
1970 Smart Grid = SCADA Soon Many Different SCADA Systems Available 12
1970 Smart Grid = SCADA Soon Many Different SCADA Systems Available 13
1970 Smart Grid = SCADA Soon Many Different SCADA Systems Available 14
1970 Smart Grid = SCADA Soon Many Different SCADA Systems Available 15
1970 Smart Grid = SCADA Soon Many Different SCADA Systems Available 16
1970 Smart Grid = SCADA SCADA A s SCADA A s Protocol 17
1970 Smart Grid = SCADA SCADA B s SCADA B s Protocol 18
1970 Smart Grid = SCADA SCADA C s SCADA C s Protocol 19
1970 Smart Grid = SCADA SCADA D s SCADA D s Protocol 20
1970 Smart Grid = SCADA SCADA E s SCADA E s Protocol 21
ABB Spa Bus ABB RP 570 ABB RP 571 ABB Indactic 33/1 ABB Indactic 33/41 Partial List of ABB Indactic 33/41 Ext. ACS 3100 AEP Synchronous AEP Asynchronous ASEA ADLP 80 ASEA ADLP 180 ASW LS RTU1 Amtrak SDLC Avista Inp 1000 Bailey MPC Boeing SDLC CAE Micro RTU1 CAE HDLC CDC Type 1 CDC Type 1 12 bit adrs CDC Type 1 ASCII CDC Type 2 CDC Type 2 synchronous CDC Type 2 extended CDT Types 1, 2, 3, 4, 5 Cegelec HN Z 66 S 11/15 Compumech CD 4150 Conitel 300 Conitel 2000 Conitel 2020 Conitel 2025 Conitel 2100B Conitel 2100H Conitel 2100M Conitel 3000 DYNAC DYNET Ferranti Van Comm Fuji QEI/Quindar QPLH1 Specific Getac/ 7020/4 BCH Getac/Betac 7020 LP Getac/Betac SDLC Harris 5000/6000 Harris Micro 2 Honeywell 7000 Modbus ASCII Modbus RTU Modbus TCP Moore 9000 Newfoundland OPC XML DA PG&E 2179 Pert 26/31 QEI/Quindar Quics II QEI/Quindar Quics IV1 Quantum DNP 1/QDIF RainWise Serial Recon 1.1 Redac 70D Redac 70H Redsad Rockwell 5010 Rockwell 5011 (standard) Protocols Harris Micro 3 Rockwell 5011 (PSI) Rockwell 5012 Rockwell 5020 SCADA Consultants Scadapac 1 Scadapac 5 SCA 2500 SCI RDACS1 SEL Fast Meter SEL Fast Message SEL Interleiaved SES 92 SES 92 (GRE) SES 92 IP (GRE) Siemens Sinaut 8 FW/DPDM Southern Services Southwestern PS Co. SPS Systems Control 5 Systems Control 5.2 SC1801 5.4.1 SC1802 5.5 SC1803 6 Systems Northwest 11.1 Systems Northwest 111 Systems Northwest Distribution Toshiba Telegyr BOA Telegyr BOA Byte Telegyr MPS9000 Async Telegyr MPS9000 Sync Telegyr Telegyr 800 Telegyr Telegyr 8979 TLC 11M TRW 850 TRW 9550 TRW System 9 Valmet (Tejas) Series 3 Valmet (Tejas) Series 5 Valmet (Tejas) Series 5 extended Westinghouse Wisp+ Westinghouse Wisp+ Weston Recon 1
The SCADA Smart Grid Era Many Specific Issues The SCADA Smart Grid Era brought great innovation and advancement Specific Protocols spawned need for solution Protocols RTUs Unified SCADA communications of Many Different Protocols
The Specific RTU Okay if you only use that One What if have more that one vendor??? SCADA X s Protocol 24
Total SCADA Data Management requires a Specifically - SCADA Protocol Protocol C RTU Unifies information to your Utilities SCADA Protocol 25
IED Support Matrix Need IED Access, Password, Config & Firmware Management Protocol Matrix 1 Siemens L&G 8979, Spa Bus 2 ABB RP 570, 571.. 3 SEL SEL FM, SEL ASCII.. 4 GE Harris 5000, 6000 5 Alstom Optimho.. 6 Schneider Tejas III, V, 7+ etc More.
Total Device Event File Management requires a - Event File Collection Event File C Unifies the collection of many different fault file data from many different devices into a common system and format 27
Total Device Security Management requires a - IED Access Control Login PW C Unifies many different basic IED security methodologies and adds a unified layer of advanced Access Control for the utility 28
Total Device Configuration Management requires a - Password Management PW Change C Unifies many different basic IED PW change methodologies and adds a unified layer of advanced PW Management Capabilities 29
Total Device Configuration Management requires a - Configuration Management Config C Unifies many different basic IED Configuration Change methodologies and adds a unified layer of advanced IED Configuration Management 30
Different IEDs will work Differently The Pattern Unifies Differences and Enhance IT Capabilities 1. Communications, 2. Security, 3. Management, 4. Analytics Present Data to Business Systems in a Unified Way Difference C
IED Support Matrix Need IED Access, Password, Config & Firmware Management Protocol Matrix 1 Siemens L&G 8979, Spa Bus 2 ABB RP 570, 571.. 3 SEL SEL FM, SEL ASCII.. 4 GE Harris 5000, 6000 5 Alstom Optimho.. 6 Schneider Tejas III, V, 7+ etc More.
IED s are motivated to provide you their vendor specific solution Protocol Matrix Event File Collection Mgmt IED Access Mgmt Password Change Mgmt IED Config Change Mgmt Firmware Change Mgmt 1 Siemens L&G 8979, Spa Bus????? 2 ABB RP 570, 571..????? 3 SEL SEL FM, SEL ASCII..????? 4 GE Harris 5000, 6000????? 5 Alstom Optimho..????? 6 Schneider Tejas III, V,????? 7+ etc More.?????
Cost Effective Innovation Cost Effectively Done at Layer Increases your IED Investment ROI & Reduces Future IED Expenses Keep All Your Existing IEDs Longer Do IED and OT Enrichment Here
Cost Effective Innovation Cost Effectively Done at Layer Increases your IED Investment ROI & Reduces Future IED Expenses Insulates OT Devices From Change Enables Cost Effective to Evolve with Technology
The Issues with Building a IED based Smart Grid Box Data
IED s Smart Grid Profit Maximization IED s Goals Buy more of their IEDs Buy newer, more expensive IEDs Upgrade, Replace IEDs more Frequently IED Specific s Buy more of their IEDs vs others Add new basic IT functionality into edge IEDs Accelerate product discontinuance, obsolescence 37
Issues with Upgrading IEDs for New IT Capabilities Different IEDs will work Differently Need to Unify Differences and Add Enhanced IT Capabilities Communications Security Analytics Management Present Data to Business Systems in a Unified Way Difference C
Issues with Upgrading IEDs for New IT Capabilities When you buy New IEDs with New IT Capabilities Communications Security Analytics Management You get inferior IED based IT capabilities that just create newer Differences that need to be re Integrated New Difference C
Optimal Cost Effective Smart Grid Insulate IEDs from Change Enhance Communications Security, Analytics, Management Integrate C
Cost Effective Innovation Cost Effectively Done at Layer Increases your IED Investment ROI & Reduces Future IED Expenses Unified Smart Grid Cloud
s that Enable Advanced Technical Evolution of Power System Ameen H. Hamdon SUBNET s Inc. hamdon@subnet.com +1 403 270 8885