why adms with derms functionalities forms the backbone
TRANSCRIPT
Radivoj Sadzakov – Schneider Electric
National Business Development Manager ANZ – Smart Grid
WA Clean Energy Forum 2019 Conference, 21st November, Perth, Australia
Why ADMS with DERMS Functionalities Forms the
Backbone of the Digital DSO
A new energy world is emerging
MoreELECTRIC
MoreDIGITIZED
MoreDECARBONIZED
MoreDECENTRALIZED
© 2018 Schneider Electric. All Rights Reserved | Page 2
MoreDIGITIZED
10Xmore connected devices
than people by 2025
Source: United Nations, IHS
MoreDECARBONIZED
82%of untapped energy efficiency
potential in buildings
(and more than 50%
in industry)
Source: World Energy Outlook 2012
MoreDECENTRALIZED
70%of new capacity additions
will be renewable forms
by 2040
Source: BNEF
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MoreELECTRIC
2Xfaster growth of electricity
demand compared to
energy demand by 2040
Source: IEA WEO 2014
We have an opportunity to co-create the future
as the new energy world becomes
The Traditional Grid: Simple & Linear
Centralized
generation
Transmission &
distribution
End-use
consumption
© 2018 Schneider Electric. All Rights Reserved | Page 4
The New Grid: The Rise of DER
Centralized
generation
Transmission &
distribution
End-use
consumption
Distributed energy
resources
© 2018 Schneider Electric. All Rights Reserved | Page 5
The Future of the Grid: Distributed & Multi-Directional
Centralized
generation
Transmission &
distribution
End-use
consumption
Distributed energy
resources
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Power industry is facing an unprecedented changeBy 2025, the traditional centralized model will be complemented by a world of distributed energy
New revenue model:
• Decreasing revenue due to self-consumption
• Investment shift towards TOTEX
New level of operational complexity:
• High network reinforcement needs due to
distributed generation and EV
• Need to collaborate with multiple stakeholders
Digitization:
• Data management
• Security threats
Distribution utilities are most impacted
by business uncertainty
Transmission
DG
operators
Prosumers
Aggregators
Distribution
utilities are at the core
of the new world
of energy
• Manage complex systems efficiently
• Reduce network overloads and failures
• Maximise ROI in network planning
• Cyber security
Grid efficiency and security New energy resources Asset management
• Integrate renewable generation and grid
edge energy sources
• Enable end-user participation in the
energy market
• Large number of assets distributed over
large geographical areas
• Large population of aging old assets
with no connectivity
• Large amounts of data
© 2018 Schneider Electric. All Rights Reserved | Page 8
Utility Challenges
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Today’s challenges:
> Increasing deployment of Distributed Energy Resources (DER),
> Introduction of a high level of uncertainty and variability into the Operation of Distribution Networks
> Grid Automation and Modernization to provide better situational awareness of interconnected
Distribution Grid assets
> Cost of retrofitting Distribution Circuits – more overload
> Traditional Switching Procedures are not safe and reliable anymore
> Ensure network reliability and service supply
> Optimize network operations by increasing workforce & asset efficiency
> Increase energy efficiency and reduce technical losses
Distribution Network Evolution
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DSOs must provide:
> Reliable and affordable grid operations
> Ensure the grid operates within technical and operational limits providing reliable electricity to
customers
> Enable the grid to be more resilient under circuit trips and generation loss
> Coordinate with Transmission System Operators (TSOs) to support overall system optimization
> Support a growing list of customer demands
> Network investment planning
> Identify systemwide options for capacity provisioning including flexible energy services that help
reduce traditional network investment and enable greater market participation
The Role of Distribution System Operators (DSO’s)
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Separated SCADA, DMS, OMS & EMS systems, with:
> Complex data exchange interfaces
> Multiple, uncoordinated updates
> Complex administration & maintenance
The Traditional Way
SCADA
DMS
OMS
EMS
API
API API
API
DB
DB
DB
DB
Protocol A Protocol B
Protocol CProtocol D
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Fully integrated application for network management
The New ADMS Way
ADMS
SCADA DMS OMS EMS
UNIFIED DATA MODEL & DATABASE
> One System IT platform
> One User Interface
> One Database
> One Network Model
> One configuration
> One system to maintain
DERMS
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The New ADMS Way
EMS (Energy Management System)
Transmission network analysis, smart operation,
optimization and planning
OMS/WFM (Outage Management System)
Management of outages, scheduled works, workforce,
trouble calls and web field clients
ADMS PCSDMS OMS EMSSCADA
SCADA (Supervision, Control And Data Acquisition)
Remote control and monitoring
DMS (Distribution Management System)
Distribution network analysis, smart operation, optimization
and planning
DERM
PCS (Power Control System)
Generator control and monitoring
DERM (Distributed Energy Resources Management)
Modeling, monitoring, forecast and control of distributed
energy resources
OAM
OAM (Operational Asset management)
Tracking and analysis of asset operation, maintenance &
planning
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> Manage voltage fluctuations and reverse power flows
> Manage intermittent sources of generation
> Manage electric vehicle integration to the grid
> Manage energy storage integration in the grid
> Provide grid flexibility to accommodate VPPs and microgrids
> Optimize existing equipment and limit new capital investments
> Reach higher levels of customer satisfaction
The Role of ADMS
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> Improved total cost of ownership and capital investment
> Improved safety and reliability of network operations
> Reduced peak demand and power losses
> Reduced outage time for customers
> Improved performance indicators (regulatory KPIs)
> Improved utilization of network facilities – deferred investment
Conclusion - ADMS Benefits