aes eletropaulo smart grid program · projeto estruturante demonstrativo de redes inteligentes ......
TRANSCRIPT
Cisco IoE Center of Innovation • Rio de Janeiro • June 23-24, 2015
Maria Tereza Vellano, Revenue Management Director, AES Eletropaulo
AES ELETROPAULO SMART GRID PROGRAM
© 2013 Cisco and/or its affiliates. All rights reserved. 2
Brazil
Brazil
São Paulo
State
Energy
Sold
Consumer Units
Concession
Area
GDP 1
AES
Eletropaulo
% of
Brazil
46 (TWh)
11%
6,8 (million)
9%
4,526 (km2)
0,05%
381 (USD$ trillion)
17%
1: The World Fact Book, 2014 Brazil’s GDP official exchange rate
2014 Figures
AES Eletropaulo
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MARKET
Demand
An extremely dense market (metropolitan area; high concentration)
SP is the main financial center of Brazil
High demand for power quality
OPPORTUNITY
for Innovation
There is opportunity to create an environment of continuous innovation for sistematic evaluation of new concepts and solutions, with a view to its implementation in business
EFFECTIVENESS
of
Investments
The process of testing and implementing innovations through isolated projects have been inefficient and with local results, making it necessary to have a systemic vision
PRODUCTIVITY
Constant search for productivity gains,
Technological innovation
Best practices for business sustainability
Smart Grid Project – Motivation
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1-Reduce technical and commercial
losses (fraud);
2-Improve the service quality;
3-Reduce operational
costs;
4-Improve planning of grid
expansion;
5-Improve assets management;
6-Promote energy
efficiency;
7-Stimulate innovation and
technology industry;
Smart Grid Project – Main Benefits
8-Grid will be
appropriate to connect
micro-generation (eolic
and solar)
9-Customers will be able
to manage their own
consumption using
Client Portal.
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Create a deployment model replicable throughout the concession area,
Prepare an appropriate Technology and Strategic Road Map.
Objective:
Smart Grid Project – Overview
Implementation
Period
Kickoff meeting – january/2013
Project End– december/2017
P&D ANEEL
Projeto Estruturante Demonstrativo de Redes
Inteligentes
Lote Pioneiro de Solução de Medição
Research Entities : USP / Enerq / Sinapsis e FITec
Investments R$75 millions
Fund: P&D ANEEL / FINEP
Project:
Video
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Barueri Vargem Grande + Caucaia do Alto ▪ 62.000 Clients
▪ Annual consumption – 1.2 millions MWh
▪ 304 Km of MV overhead power grid
▪ Complete project
▪ Smart Grid concept proof
▪ 32.289 Clients
▪ Annual consumption – 178.000 MWh
▪ 374 Km of MV overhead power grid
• Self-Healing and Fault detection functionalities
Reasons for selecting the sites
AES Eletropaulo representative model:
- Metropolitan area
- Similar client profile
- Consumption
- Power grid (short feeders and mesh)
- Similar performance indicators
AES Eletropaulo different characteristics:
- Rural area
- Environmental Protected Area
- Long circuits = 100 km
- Isolated feeders = 23 kV
- Bad performance indicators
Smart Grid Project – Sites selected for the field test
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Project Structure
Governance
Metrics
Roadmap for Rollout
Training
Blueprint
Bench-marking
Project management
Advanced Automation
Fault
Detector
Volt/Var Control
Self-Healing
Portal
Client Interation
Resources
Portal
Show Room
Supply Alternatives
Critical Regions
Distributed Generation
Microgrids
Smart Metering
Advanced Metering
Infrastructure
Smart Metering solution
Low-income communities
RF/PLC technology
Telecomunication
Wimax Network
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Macro Steps
Jan/2013
Dez/2013
2014
2015
2016
2017
kickoff
meeting
• Metrics Methodology
• SmartInfo-benchmarking
• Blueprint
• Training
• Plan. WiMax
• Board RF+ PLC for meter
• Meters Aquisition
• AMI acquisition (RF+PLC)
• Automation Portal
• Supply Alternatives – Vargem
Grande
• AMI tests
• Self Healing field tests and deployment
• Fault Detectors field tests and deployment
• Volt Var Control field tests and deployment
• Smart Home
• Upgrade SCADA
• Telecom (AMI + Wimax)
• Prototype Meter with RF+PLC
• Smart meter installation (start)
• Balance meter installation (start)
• MDM / MDC
• Legacy systems integration
• Training
• Client Portal
• Smart meter installation (end)
• Balance meter installation (end)
• Metrics - Field Data Analises
• Roadmap for Rollout
© 2013 Cisco and/or its affiliates. All rights reserved. 9
Existing Infrastructure
Metering Center
9
DMS
AMI
NMS
EMS / SCADA
OMS MWM
GE
ALSTOM
Eletropaulo Digital Project Challenges
Automatic
Reclosers Fault Detectors
Energy Balance Metering Router Smart Meter
Telecom last mile
WiMax + Fiber optic
Digital
Substations
Smart Grid Program
System Architecture
Commercial System
Operational System
Measuring System
MDC / MDM
RF + PLC
I
n
t
e
g
r
a
t
i
o
n
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Telecom Infrastructure for Smart Grid
Operational
Center
Substation
Fiber optic
Substation
950MHz IEEE P1901.2
Metering
Center
CISCO Router
Smart meters
with hybrid
communication
board RF+PLC
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Meter with redundant communication x Adequate price
Smart meter x Approval period of INMETRO
Telecom solution x Adequate availability
Integration with legacy systems x Expected performance
Current Grid infraestructure x Advanced automation
Relationship with traditional x Smart grid customer
Cyber security: current risks x With smart grid
Rollout: investiments x Regulatory acceptance
Rollout: current process x With smart grid
Chalenges and sinergies
Smart Energy Services
Demand Response
Distributed generation
Electrical vehicle
Energy management
Energy efficiency
consultance
Smart public lighting
Sharing infrastructure
Cisco IoE Center of Innovation • Rio de Janeiro • June 23-24, 2015
Maria Tereza Vellano, Revenue Management Director, AES Eletropaulo
AES ELETROPAULO SMART GRID PROGRAM