Smart Grid Technologies across the Globe.

1. Smart Grid Technologies
across the Globe
Scott Henneberryy
VP, Smart Grid Strategy
Schneider Electric

2. Deregulation & Distributed
Generation
• Competition for supply
• Integration of Renewable
Energy sources
• Increasingly constrained networks
Transmission overload
T i i l d
& aging infrastructure
• Blackouts
• Critical peak situations Growing energy Growing energy demand
• Price volatility demand… and losses • Growing consumption
•C b
Cyber-security i
i issues •TTransmission congestion
i i ti
• Critical peak situations
• CO2 emissions
• Energy theft

3. Millener project
Mille Installations de gEstion éNERgétique dans les îles
Thousand installations of energy management in the islands
Project leader : EDF SEI
Total budget : 30M€
Schneider project Management : Alain Glatigny

4. Millener Project : PV, storage, D/R
j g
Mob phone
PV
Serveur Scada Gestionnaire = Sell
KERWIN puissance
~
Grid
Utility
MPPT
Charg
eur =
Réseau normal
Li Ion Storage ~ Charge
=
autoconsommation
~ End User
Data Base Load management
Power managment
Communication
RTU
Deploy full scale in 2 islands fed by distributed
Application Aggregateur
energy (pv), a solution with storage and energy
management, to test aggregator services and
business models during 18 months.

5. Draft Smart Grid Vision – Released by India Smart Grid Forum

6. Di i S
Driving Smart G id B i
t Grid Business
Value: DMS For Volt/VAR Optimization
• Progress Energy
– Approx 1.5 M customers
– Load growth of ~5,000 MW by 2025
– Mandated ‘renewables’ portfolio
renewables
of 12.5% by 2021
– Last generation plant built in 1980s
• Goal: Reduce peak by 350+ MW
– Using distribution system demand response
(DSDR)
• The DSDR concept
– Managing utility-owned assets
– Some capital investment
– DMS for analysis/control
– No required change in
customer behavior

7. VVC
Volt/Var Optimazation (VVO) and Integrated Volt Var Control (IVVC)
Volts
V lt
Distance
Existing voltage profile
Flattened voltage profile
Allowable limits

8. Thank You