Transcript Title Subtitle

Karl Elfstadius, ABB Smart Grid
Smart Grid – The evolution of the future grid
© ABB
2009-04-16 SG_Presentation_rev9b.ppt | 1
Smart Grid enables a change to a sustainable energy
system
New political targets, with main focus on
• Reduction of CO2 emission
• Energy efficiency
• Renewable power generation
• Reliability and security
Integration of renewable energy sources
Challenge: Availability of emission free balance power
Consumption
Production
Source: SvK
Wind and Solar requires more balance power
Smart Grid enables balance by increased transmission
capacity and integrated active consumers
Planning targets for Sweden
Wind
30 TWh, 12 000 MW
Compare with
Hydro
Nuclear
16 000 MW
9 000 MW
How to balance intermittent 12 000 MW wind?
MWh/h
30000
25000
20000
Import / -- Export
++Import
Export
Hydro
Vattenkraft
15000
Wind
Vindkraft
District heating
Värmekraft
10000
Kärnkraft
Nuclear
5000
Elavändning
Electrical demand
0
-5000
-10000
Tor
Source: SvK Sweden
Fre
Lör
Sön
Mån
Tis
Ons
Smart Grid enables peak load shaving by active
consumers
Benefits for network operator
and energy supplier
Load

Use more efficient production units

Use less costly production units

Use units with less emission

Improved utilization of the grid
capacity

More available balance power
Time
Develop business models
that transfers part of the profit
to the consumers
 New rules for the electricity market

Modified network regulation
Smart Grid components
HVDC Light – new technology for DC-connections
BorWin 1

400MW

+- 150 kV, 200 km cabel (sea & land)

Contributes to reduction of CO2 emissions
with about 1.5 millioner ton/year

Supports wind power in Germany
East West Interconnector


500MW
+- 200 kV cabel (sea & land)

Customer: Eirgrid, in service 2012

Supports wind power in Ireland
Smart Grid components:
Bulk energy storage
Energy storage

Voltage control

Increased stability

Used during peak load situations and as
emergency reserve during power
outages.
Product concept
Dynapow
SVC Light
#1
#2
#2
#n
~
PCC
=
Battery storage

Li-on battery cells

5-50 MW, 5 min to 60 min

Modular concept
Smart Grid components:
Integrated Active House and Electric Vehicle
Home Energy Management System
Benefits

Active ‘prosumer’ benefits from most favorable spot price

Peak load shaving by local production, storage and time shift of consumption

Overall reduction of energy consumption by increased consumer awareness
Smart Grid components:
Charging infrastructure Electric Vehicles
Billing system
Benefits

CO2 reduction

Allows for the possibility to dispose energy
when excess production is available.

Peak load shaving
Chargin
g
method
Description
Slow
charging
 Individual poles at home or parking lots
 Charging time ~6 hours
 ~2kW, , AC converters
Fast
charging
 Special charging stations or with
equipment at home
 Charging time ~1 hour
 ~20kW, AC converters
Ultrafast
charging
 Concept for special charging stations
 Charging time ~6 min
 >300kW, DC converters
Installation
R&D sites for Smart Grid
From research to business

Research & Development:
# New technology solutions
# New business models
# New market rules
# New role of the customers and customer behaviors

Innovation: Transfer learning's into market rules and commercial
applications

Education: Site for training and demonstration
Stockholm Royal Seaport –
A world class sustainable city, with a Smart Grid as the enabler
Objectives

Year 2030 fossil free

Year 2020 CO2-emissions below
1,5 ton per person

Adapted to future climate
changes
Focus areas

Effective energy end-usage
Environmental effective transports
Local re-cycling

Life style


Development and demonstration of a large scale
Smart Grid in Stockholm Royal Seaport
7
1
Smart homes/Buildings and Demand Response

2
6
Distributed Energy Systems

6
2
6
3
3
4
6
4
2
5
Increased stability and power quality
Harbor Control Solution

1
Integration of PHEV Charging Infrastructure
Energy Storage for Network Support and DES

5
Integration of production for local generation PV and Wind
in Home/Building Automation Solution
Integration and Use of electric vehicles

4
Reduced peak load and increased energy efficiency by
demand side participation and home/building automation
Reduced CO2 emission based High voltage shore
connection
Smart Primary Substations

Increased efficiency and reliability with higher automation
level
7 Smart Grid Lab (part of Royal Seaport Innovation)

Research, development, simulation and implementation of
smart grid application
Smart Grid research in Stockholm Royal Seaport
© ABB Group
July 17, 2015 | Slide 13
Smart Grid
is the Enabler for…

Transformation to a sustainable energy system
Reduced CO2
Increased energy efficiency
Renewable energy
Reliability and security

Continue development of a consumer driven
electricity market

Increased capacity in existing infrastructure, which
has a favourable impact on price development

A robust energy system with a large share of
distributed renewable production

Create opportunities within the power industry that
attracts young talents to support the generation shift
within the power industry