1. EV Charging Infrastructure & V2G Opportunities
Suresh Jayanthi
EV Infrastructure Services & Solutions
Partner Business, North America , Schneider Electric
661-430-3364
suresh.jayanthi@schneider-electric.com
2. 2
Schneider Electric Overview
billion $ sales in 2012
% of sales in new economies
people in 100+ countries
of sales devoted to R&D
Balanced Geographies
North
America
24%
Asia
Pacific
24%Rest of
World
18%
Western
Europe
34%
26,000
41,700
31,900
19,200
Schneider Electric Brands
Listed on the Paris Stock
Market – CAC40
3. 3
The Global Specialist
in Energy Management
Energy production
& transmission
●Wind energy
●Solar energy
●Hydro
●Biofuels
●Hydrocarbons
●Nuclear
Energy
Management
Making energy…
●Safe
●Reliable
●Efficient
●Productive
●Green
…with 30-70% savings everywhere
Energy
Usage
●Appliances
●Climate control
●Security
●Lighting
●Machines
●IT servers
4. 4
Smart Grid Evolution and V2G
●Market Drivers
●Greater regulatory pressure on utilities to improve energy
efficiency and meet Renewable Portfolio Standards
●Efficiencies in Grid Operations alone are not sufficient
●Grid capacity and integration issues continue to drive the
need for customer Demand Management solutions – V2G
could play a key role
●What’s required?
●A Collaborative Model between utilities, suppliers and their
customers
●Utilities & demand aggregators will drive innovative business
models to effectively engage end users
6. 6
Integrated Solution in a Home
through V2G
A simple integrated solution to manage the home energy
eco-system and an opportunity to turn a functional home into
a smart and exciting place
7. 7
V2G Representative Scenario –
Demand Aggregation Potential
Shedding
Building
SE V2G
System
Aggregator
Energy
Contract
EVlink
Energy
AC
Chargers
-
- +/-
Bi-directional EV Charging
Infrastructure
8. Bi-Directional EV Charging Infrastructure
Enabling V2G Benefits – Utilities/Aggregators
●Use stored energy to support grid needs, especially when the system
has a large number of renewable energy resources, such as solar and
wind, that can have variable outputs.
● Benefit: can use more renewable generation and maintain grid stability
●Use stored energy to support grid needs during peak demand to
supplement base generation.
● Benefit: reduce the need for short term generation, reduce the need for load
shedding during peak use periods
●Can be used as energy storage/supply in a microgrid system to
supplement microgrid generation assets to support critical customers
(military, corporate, university or other campus)
● Benefit: reduce the need for load shedding during peak use periods.
Properties that have a great deal of EV delivery trucks could enhance the
benefit if the delivery routes/times could be coordinated with power system
needs.