smart grid: bringing energy efficiency to the utility 2009 presentations/smartgrid.pdf · dlms gprs...
TRANSCRIPT
Bringing Energy Efficiency to the Utility
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Smart Grid:
Bringing Energy Efficiency to the Utility
Smart Grid Solution
Andrew Schlegel
Strategic Account Manager
Telvent
Bringing Energy Efficiency to the Utility
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There seems to be a lot of interest in
Smart Grid
Google Search for Smart Grid ” 1,340,000 hits Pretty good until: Paris Hilton ” 75,900,000 hits
But it is gaining momentum
Bringing Energy Efficiency to the Utility
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Stimulus Package
The plan includes a $32 billion investment in the energy sector to modernize the US electrical grid, making it more efficient and adaptable to using renewable energy sources.
Specifically - News sources are reporting that the recently signed American Recovery and Reinvestment Act (ARRA) contains $4.5 billion for Smart Grid projects.
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President Obama and Prime Minister Harper vow joint
effort on North American economic recovery THE WHITE HOUSE
Office of the Press Secretary
_________________________________________________________
FOR IMMEDIATE RELEASE February 19, 2009
Build a more efficient electricity grid based on clean and renewable generation The modern, 21st century electric grid will need to be bigger, better, and smarter than the system developed during
the 20th century that our countries share. The two nations will consult and share information on the demonstration and deployment of smart grid technology,
including installing smart meters in residential and commercial buildings, digitizing distribution systems, and employing information and measurement tools to manage the grid more effectively.
The United States will draw from the $11.01 billion for smart grid technology and transmission investment in the American Recovery and Reinvestment Act. To build a bigger grid, the United States and Canada will share analysis of new transmission options for integrating wind power and other clean generation sources and encourage development of a grid stakeholders group, building on the existing U.S.-Canadian collaboration among the States and provinces in the West, Midwest, and East.
These investments will make electricity delivery more reliable, reduce congestion that can lead to blackouts and power losses, enable consumers to use energy more efficiently, and promote broader development of renewable power.
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What is Smart Grid All About?
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Smart Grid: Bringing Energy Efficiency to the Utility
1. Smart Grid Drivers and Concepts
3. How a Smart Grid Drives Business Value
2. Integration: Key to Smart Grid Success
4. A Tactical Approach to Implementation
5. Smart Grid: Vision for the 21st Century
Smart Grid Solution
Bringing Energy Efficiency to the Utility
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Key Smart Grid Market Drivers
Industry
Economic
Growing
Demand
Efficiency
and
Reliability
Technology
Advances
Demand Growth
Aging Infra-
Structure/
Workforce
Regulatory
Climate Change
Efficiency
andReliability
Emerging Technology
Isolated Systems
Industry
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The Smart Grid
1. Highly automated and interconnected intelligent electricity delivery system Through which energy suppliers and consumers are interconnected through a network
2. Implementing a bi-directional information network that parallels the electrical one Transitioning from a commodity broadcast delivery to a two way information highway
3. Leveraging information to support the delivery of electricity reliably and at the lowest possible cost With adequate (real or near-real time) response to add significant operational value
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Two Parallel, Integrated Grids
ITU
`
Generation Transmission/Subtransmission
Substation
Distribution
AGC EMSEnergy Trading
SCADAOMS/DMS
DA AMI
Digital NetworkEnergy Control Center Distribution Operation Center
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Principal Characteristics of the Smart Grid
1. Optimizes asset performance 2. Operates efficiently3. Self-healing and adaptive4. Provides high quality power 5. Resists disturbances, natural and man-made6. Interactive with consumers and markets
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The Challenge
To transform the current utility grid into one that distributes electricity more efficiently and securely, while meeting the demands of a changing society in a sustainable way
Through logical, systematic steps Taking advantage of the best resources available Recognizing that time is not on our side
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•SCADA
•DMS
•OMS•GIS
Smart Operations
•RTUs/ITUs
•IEDs
•Field Sensors•Integration
Smart Networks
The Smart Grid
Solution
•AMI
•Meter Data
Mgmt
•Meter Ops.
Mgmt.
Smart Metering•AMI
•Meter Ops.
Mgmt.
•Meter Data
Mgmt
Integration and
BusinessProcess
Bringing Energy Efficiency to the Utility
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Smart Grid: Bringing Energy Efficiency to the Utility
1. Smart Grid Drivers and Concepts
3. How a Smart Grid Drives Business Value
2. Integration: Key to Smart Grid Success
4. A Tactical Approach to Implementation
5. Smart Grid: Vision for the 21st Century
Smart Grid Solution
Bringing Energy Efficiency to the Utility
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The Power of Integration
Individually, each Smart Grid element provides competitive advantage
But they don’t answer some key questions: Can I make optimal asset and load management
decisions in near-real time? Can I further improve customer service and
reliability ? Can I combine AMI, SCADA, OMS, DA, and
enterprise data in a seamless way to provide operations personnel with a more comprehensiveand secure view of my network?SCADA
GIS
OMS
DMS
Data
Acquisition
Systems
AMI
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Integrated Smart Grid Solutions Architecture Decision Support
DataWarehouse
ExecutiveDashboard Analysis
Enterprise
Enterprise Integration Bus
Mission Critical
RealTime Integration Bus
DMS OMS SCADA SubstAutom
AMI
GISNetworkPlanning EAM ERP CIS
Distributed Digital IP Communications
Network
Meters FeederDevices
SubstDevices
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The Power of Integration
Enables optimal asset and load management decisions in RealTime Improves customer service and reliability by cross-cutting data access,
accuracy, and enhanced network security Combines AMI, SCADA, OMS, DMS, and enterprise information in a
seamless and secure way to provide operations personnel and executives with a more comprehensive view of the network
The Integrated Smart Grid Solution
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Communications Infrastructure
BPL
WiFi/WiMAX
PLC
DLMS
GPRS
RF Mesh
TechnologiesIndustry & ITBusiness
AMI Home Area
Networks SCADA Feeder & S/S
Automation DMS/Network
Operations Crew Mobility Asset
Management Outage
Management
Availability Bandwidth Security Standards Market
Adoption Experience Reliability First Cost O&M Cost
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Smart Metering System
Net
wo
rked
En
erg
y S
ervi
ces
Home Area
Networks
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Smart Grid: Bringing Energy Efficiency to the Utility
1. Smart Grid Drivers and Concepts
3. How a Smart Grid Drives Business Value
2. Integration: Key to Smart Grid Success
4. A Tactical Approach to Implementation
5. Smart Grid: Vision for the 21st Century
Smart Grid Solution
Bringing Energy Efficiency to the Utility
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• Virtual generation
(reduced
requirements)
• Distributed generation
Smart Operations
• Enhanced system
reliability
• Improved network
security
Smart Networks
Smart Grid Business
Value Use Cases •AMI
•Meter Data
Mgmt
•Meter Ops.
Mgmt.
Smart Metering• Smart Customer
Choice (Behavior
and Interaction)
• Metering Ops
Improvements
• Load Manage-
ment
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What is Virtual Generation?
Virtual generation delivers demand response through the distribution system by reducing generation requirements during peak load conditions
Key Goal Improve voltage control
on distribution feeders In the context of accurate load
and network data
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How is Virtual Generation Implemented?
The key enabler is the integration of Smart Operations and Smart Networks Provides a more comprehensive network
view for better decision making Critical to analyze voltage profiles
Tighten profiles to achieve best results (after determining a reasonable goal)
Implement near-real time tool for analysis and network operations planning
May be necessary to condition the feeders to improve voltage profiles Adding additional sensing capabilities
Smart Metering is a plus Adding line capacitors and/or voltage regulators
•SCADA
•DMS
•OMS•GIS
Smart Operations
•RTUs
•IEDs
•Field Sensors•Integration
Smart Networks
•AMI
•Meter Data
Mgmt
•Meter Ops.
Mgmt.
Smart Metering• AMI
• Meter Ops.
Mgmt.
• Meter Data
Mgmt
Integration and
BusinessProcess
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Virtual Generation
Summary of Business Value
1. Expected voltage reduction in the range of 3-5%
2. Reduces generation, spinning reserves3. Is sustainable, responsive and stable4. Reduces emissions that contribute to climate change5. Strong NPV and cost/benefit for invested capital6. Mitigates capital investment for new generation
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What is Enhanced Reliability?
Improved customer outage call response times Improved fault detection and service restoration A worthy goal: improve SAIDI & SAIFI Indices
Very important in Performance Based Rate(PBR) regulatory environments
Quickly isolating outages Islanding critical loads Curtailing certain loads in emergency
conditions Actively anticipating and diagnosing
potential problems before they becomean event
Ensuring crew safety
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How is Enhanced Reliability Achieved?
The key enabler is the integration of Smart Operations, Smart Networks, and Smart Metering
1. Deploying Distribution Management (DMS) Applications DMS models the real-time distribution system
2. Deploying Outage Management System (OMS) OMS improves outage response and crew dispatch
3. Deploying Distribution Automation (DA) DA adds more intelligence to the feeder switching system
4. Deploying Advanced Metering Infrastructure (AMI) AMI extends the eyes and ears of the distribution control system
•SCADA
•DMS
•OMS•GIS
Smart Operations
•RTUs
•IEDs
•Field
Sensors•Integration
Smart Networks
•AMI
•Meter Data
Mgmt
•Meter Ops.
Mgmt.
Smart Metering• AMI
• Meter Ops.
Mgmt.
• Meter Data
Mgmt
Integration and
BusinessProcess
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Enhanced Reliability
Summary of Business Value
1. Reduced cost of outages More accurate fault location prediction Fewer crew callbacks/reduced overtime Decreased CSR/call center cost
2. Deferred O&M and capital costs for network reinforcing Reduced number of switching operations Reduced wear and tear from excessive switching/reclosing
3. Improved customer service Proactive response to providing information Building customer loyalty
4. Improved regulatory relations Improved responsiveness to reporting requirements Reduced risk of PBR-based penalties
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Smart Grid Business Value: Some Numbers
1. Virtual generation One utility cites 5 to 7% anticipated peak shaving Translated to generation reduction … lots of $$$
2. Enhanced system reliability IRR (payback) from reduced labor
outage cost = 9 ” 13% Improved call center = reduced overtime by 30%
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Smart Grid: Bringing Energy Efficiency to the Utility
1. Smart Grid Drivers and Concepts
3. How a Smart Grid Drives Business Value
2. Integration: Key to Smart Grid Success
4. A Tactical Approach to Implementation
5. Smart Grid: Vision for the 21st Century
Smart Grid Solution
Bringing Energy Efficiency to the Utility
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The Tactical Approach
1. Assess the key drivers that apply2. Set priorities based on real needs Use the simplest appropriate business case
3. Define a roadmap, considering The (operational) low-hanging fruit The IT and network implications The organizational implications The financial implications
4. Break down the plan into achievable milestones
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Networks and Security in an
Integrated Smart Grid World
Digital network security will be paramount NERC and FERC aren’t done yet Most companies have internal security polices to rationalize
One high-level approach for the roadmap1. Define the logical integration architecture 2. Design the physical network architecture 3. Define the network security layer schematic4. Overlay all 3 pictures of the network5. Define application ‘locations’ in the network
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Normal digital securityUnrestricted physical access
Cust Web, Outage Info, &c >>
“ N“ B
` `
Internet
`
Biz-level digital securityBiz-level physical access
CIS, GIS, ERP, EAM >>
“ N“ B
One View of Network Security
Command and Control
Mission Critical
Enterprise
Extranet
“ Highest digital security“ Restricted physical access
>> SCADA, AGC, EMS
“ Strict digital security“ Controlled physical access
>> OMS, DMS, AMI & some data repositories
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Some Organizational Implications
1. There are going to be more (a lot more) devices out there What role will your IT organization play? Do we have skills in the business to tackle our part?
2. System integration will be paralleled by organizational integration ‚… architecture implies interaction between groups that have nothing to do with each other
today…‛ Approach
Identify stakeholders Re-think the business processes Define requirements
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Financial Implications and Constraints
1. What are the key upcoming capital expenses that could affect budget?2. Are there any known (or suspected) impending regulatory requirements to
be accounted for? Customer choice? Time-of-use? Performance-based rates?
3. Are financing options, bond issues &c., likely to be a key constraint? Stimulus money?
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Smart Grid: Bringing Energy Efficiency to the Utility
1. Smart Grid Drivers and Concepts
2. Leveraging SG to Drive Business Value
3. Integration: Key to Smart Grid Success
4. A Tactical Approach to Implementation
5. Smart Grid: Vision for the 21st Century
Smart Grid Solution
Bringing Energy Efficiency to the Utility
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The Next Grid Generation
20th Century Electromechanical/Analog One-way communication Centralized generation Few sensors ‚Blind‛ Manual restoration Prone to failures Emergency decisions by committee and phone Limited control over power flows Limited customer interaction
21st Century Digital Two-way communication Distributed generation Monitors and sensors throughout Self-monitoring Semi-automated restoration Adaptive protection and islanding Decision support systems, predictive reliability Pervasive control systems Customer interaction
Bringing the Smart Grid Home
Bringing Energy Efficiency to the Utility
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How Will Utilities Experience the Smart Grid?
Service
Data
Service
Data
Service
Data
Service
Data
Service
Data
Service
Data
Distributed Digital IP Communications
Network
Mission Critical Data and Services
Enterprise Data and Services
ExecutiveDashboards
UnifiedOperations Applications
Unified Enterprise
Applications
ITU
`
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Day in the life of a
Smart Grid Utility
A video of what it might be like in Minererville if the utility had a SmartGrid system
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• Smart Meters
• Smart Networks
• Smart Ops Apps
• Integrating 2
parallel networks
The
Elements
of a
Smart Grid
• Smart Grid poten-tial
seems unlimited
• Implementation can
be daunting• Key drivers
• Small
milestones
You’ve Got
to Start
Somewhere …
A Few Final
Thoughts •AMI
•Meter Data
Mgmt
•Meter Ops.
Mgmt.
Integration is
the Crucial
Piece • Technology will
continue to evolve
• Open, standards-
based techniques are
a must
Bringing Energy Efficiency to the Utility
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Thank You
Please contact us:
Smart Grid:
Bringing Energy Efficiency to the Utility.
Smart Grid Solution