Upload
others
View
0
Download
0
Embed Size (px)
Citation preview
Make the most of
your energy™
Francisco Barceló
January 27th 2014
Barcelona
2
The energy dilemma is here to stay
vs Energy demand By 2050 Electricity by 2030
CO2 emissions to
avoid dramatic climate
changes by 2050
The facts The need
Source: IEA 2007
Source: IPCC 2007, figure (vs. 1990 level)
Frequent
power outages
Rising
energy prices Climate change
Conflicts for
resource access
& control
3
Our answer:
Helping people make
the most of their energy
4
1999
Groupe Schneider becomes
Schneider Electric,
focused on Power & Control
1975
Merlin Gerin joins
Groupe Schneider
1988
Telemecanique joins
Groupe Schneider
1991
Square D joins
Groupe Schneider
1996
Modicon, historic leader in
Automation, becomes a
Schneider brand
2007 Acquisition of APC corp. and Pelco
More than 175 years of history
1836
Creation of Schneider
at Le Creusot, France
19th century 20th century 21st century
2000 Acquisition of
MGE UPS Systems
2003 Acquisition of
T.A.C
2005 Acquisition of
Power Measurement Inc.
2003-2008 Targeted acquisitions in wiring devices
and home automation
(Lexel, Clipsal, Merten, Ova, GET, etc.)
2008 Acquisition of Xantrex
Steel
Industry
Power &
Control
2014 Acquisition of Invensys
2011 Acquisition of Telvent
2010 Acquisition of Areva’s distribution
activity
Energy
Management
5
Schneider Electric at a glance The global specialist in energy management
billion € of sales in 2012
North
America
25% Asia
Pacific 27% Rest of
World 18%
Western
Europe
30%
28 300
44 200
42 600
22 000
employees in 100+ countries
of sales devoted to R&D
Large company
of sales in new economies Balanced Geographies
FY 2012 sales
Year-end 2012 employees
Diversified end markets FY 2012 Sales
(billion €)
Residential 9%
Utilities & Infrastructure 25%
Industrial & machines 22%
Data centres 15%
Non-residential buildings 29%
6
Energy production
& transmission
Energy
Usage
Energy Management •Making energy…
Safe, Reliable, Efficient, Productive and Green
…with 30-70% savings everywhere
7
How do we do it?
8
Providing solutions
Efficient
&
productiv
e
Reliable
Safe
Green
HVAC control
Lighting control
Access control
Video security
Electrical distribution
Energy monitoring
Motor control
Critical power
Renewable energies
IT data
Make energy visible Make systems work together Integration
9
●EcoStruxure = an integrated architecture
that combines our five key domains of expertise:
●EcoStruxure = an architecture for each of our customers’ ecosystems
Explaining
Supervision
Process & Machines management
Building management
IT Room management
Power
management
Security management
10
Real time
Control
Management
view
Thanks to …
CXO
VP Operations
Plant Manager
I manage
my business
in real time!
I optimise
all business
operations !
I build a
sustainable
future !
11
Multiple silo systems Integrated Solution
Implementing
Energy visibility everywhere
Security integration everywhere
Ethernet IP & Openness to 3rd party systems
3
fundamental
principles
12
The model Leverage open standards to deliver flexible and scalable solutions
delivering “shop floor to top floor” efficiency
Sustainability
Planning
Energy
Management
Business
Operation
Asset
Management
Power
availability
Process
control
Security
Focused best-
in-class
applications…
… flexibly
integrated
into
scalable
solutions
13
Industry
Buildings
Data Centres
Infrastructure
Residential
Electric Vehicles
& Energy Storage
Efficient homes
(incl. EV charging infrastructure)
Efficient Enterprise
(buildings, industries & datacenters
+ EV charging infrastructure)
Smarter
Demand
Smart Generation
(bulk, distributed & renewable)
Flexible
Distribution
(DMS, substations, feeders)
Smarter
Supply
the
Smart Grid
Demand
Response
Demand
Response
Leading the development of the Smart Grid
14
● Solutions to cities' immediate challenges,
● Integration for increased efficiency,
● Innovation for a holistic sustainable future,
● Collaboration to make it all happen.
We deliver urban efficiency. Today.
Smart Energy
Smart Mobility
Smart Water
Smart Public
Services
Smart Buildings & Homes
Smart Integration
Smart Collaboration
We understand what it takes. We make Smart Cities a reality.
...and the Smart Cities!
15
11000 R&D
engineers
70 sites in
22 countries
Within an innovation eco-system for a simpler and greener future
Environmentally
friendly
Energy
efficient
Open and
connected
Available 24/7,
on site and remote
So we can be… We start today…
Partnering with 50+
best-in-class public and
private organisations
Leading global
projects for Intelligent
buildings, renewables,
nanotechnologies
Boosting
standardisation Zigbee, IEC, NEMA
Homes
Minalogic
Smart
Electricity
Funding start-ups Schneider Electric
Venture capital fund
Demand
response,
software
breakthrough
16
inclusion equity
Ethics &
responsibility
Tackling the stakes of today and tomorrow to
support Schneider Electric’s responsible growth
Carbon
Resources Globalisation
poverty
New economies
Access to
energy
Environment
protection
People well being
Green business
Energy efficiency
Renewables
Electric Vehicles
Smart cities and smart grids
Social
commitment
Responsible company Measured commitment
Objective 2014: 8/10
January 2012 start: 3/10
•Communicate quarterly
•Audited annually
•Revised with each
company programme
17
Our greatest reward:
the satisfaction of our
stakeholders
18
Prestigious awards
Reference Ethical Stock index and ratings
●In the Prime category of the Oekom research
ranking
●In the best-in-class companies for Vigeo CSR
rating agency
Zayed Future Energy prize By Masdar, UAE
For our contribution to
renewables and sustainable
development
Gigaton award by carbon war room, UK
for our commitment to smart grid
and energy efficiency
Green cross By national safety council, US
For our health & safety
practices
●Top 5 of the best French listed companies in
CSR
●Top 100 most ethical companies By
Ethisphere, EU - For our ethics commitment
and governance Human Capital trophy France
For our management
internationalisation policy
A recognised and awarded commitment
●Selected in the “Carbon Performance
Leadership index” (Performance band A)
●Selected in the “Climate Disclosure
Leadership Index” with a score of 97/100
●Selected in the DJSI World and Europe
indexes
● 13th in Global 100 annual clean capitalism
ranking by Corporate Knights announced
during the World Economic Forum in Davos
19
Make the most of your energy™
schneider-electric.com
20
Innovative projects references
21
As an example: the HOMES programme
The largest funded programme on
innovation in the field of active energy
Efficiency for Buildings in Europe
« Equip each building with active Energy Efficiency solutions, to achieve the
best possible energy performance »
September 2008 > September 2012
13 partners (industries & labs)
26 Work Packages – 80 M€
39 M€ funded by OSEO (french agency)
●Commercial buildings: office, hostel,
retail, education
●Residential
22
Example: HOMES Comfort sensor
Wireless & batteryless
Measuring humidity, temperature,
luminosity, air quality
23
Example:
Smart User Interfaces
with printed electronics
24
DENISE “Intelligent, Secure and Efficient Energy Distribution”
The main objective of the project is to develop a smart grid
solution including an analysis of the general framework and
future scenarios of energy usage (technology for future
scenarios, dynamic use of energy, value added services…).
Network reliability and performance will be addressed too, by
managing MV and LV distributed generation, digital-quality, or
predictive maintenance among others. Finally, there will be a
focus in energy efficiency and demand response areas as
well, including the definition of demand response programs,
dynamic pricing scenarios and so on.
> Main objectives of the project
Leading organisation:
Endesa
Funding Organization:
CDTI
Partners: Greenpower,
Capgemini, Home Systems,
Nucleo, Isotrol, Sadiel, etc.
Status: Finished
Different aspects are requested to electric distribution grids:
- Support of renewable energies.
- Energy efficiency and sustainable development.
- Improved quality of supply.
Rationale
Smart Grids
25
Smart City “Connect in a Smart Way”
The "Smart City“ project aims to develop a demonstrator of the
next generation of Power Distribution Network, where
customers and distribution companies collaborate in achieving
the energy challenge, increasing the use of renewable energy
sources, bringing the generation to consumption, and betting
on a rational and efficient consumption.
In other words, Smart City’s main objective is to build an
energetic sustainable and safe city, from the standpoint of the
distribution network, by demonstrating the most appropriated
technologies.
> Main objectives of the project
Leading organisation:
Endesa
Funding Organization:
CDTI
Partners: Endesa,
ISOTROL, Sadiel, Ingeteam,
Ormazabal, Green Power,
IBM, Acciona
Status: Finished
The «Smart City» concept can be summarized in a secure,
self-healing and efficient network. To achieve this, all electric
infrastructure shall be connected using adequate
communication technologies with appropriate levels of
reliability and bandwidth.
Rationale
Smart Cities
26
STORE “Storage Technologies of Reliable Energy”
The main objective of this project is to test/demonstrate new
storage technologies with direct application on power systems.
STORE also pursues the following goals:
- To model the demand curve
- To maximize the integration of renewable energies
- To support demand management on limited areas
- To reduce CO2 emissions
- To introduce new technologies that will improve the quality
of service and will also reduce costs
- To provide stability to the power system
- To delay the development of new infrastructures
> Main objectives of the project
Leading organisation:
Endesa
Funding Organization:
CDTI
Partners: Endesa,
ISOTROL, Ingeteam
Status: Finished
The storage of energy is a key factor that will facilitate peak
shaving and load leveling strategies in Power Systems.
However, given the novelty of energy storage technologies,
their real impact on the power network remains unknown.
Rationale
Storage Systems
27
Ferro SmartGrid “Smart Grid applied to the Rail Grid”
The main objective is to develop an experimental
demonstrator of the first Smart Railway Power Grid in order to
allow the optimal management of the electric power system,
the interoperability of different urban and interurban transport
systems and the user’s interaction in the railway stations.
Ferro SmartGrid also pursues the following goals:
- To improve the reliability of Railway Systems.
- To contribute with the power systems’ stability.
- To introduce Smart Energy Management tasks in Traffic
Control Systems.
- To introduce the user as an active element of the Smart
Grid.
> Main objectives of the project
Leading organisation:
Schneider Electric
Funding Organization:
CDTI
Partners: Adif, Indra,
Inabensa, WindInertia,
Andel, Adevice, Acisa
Status: On-going
The management, storage and subsequent use of the energy
generated by trains in their braking phase, represent
important features regarding the transformation of a
conventional system in a Smart Railway System.
Rationale
Smart Grids
28
Grid4EU “Large-Scale Demonstration of Advanced Smart GRID Solutions
with wide Replication and Scalability Potential for EUROPE”
Grid4EU approach aims at testing, in real size, some
innovative concepts and technologies in order to highlight and
help to remove some of the barriers to the deployment of
smart grids and the achievement of the 2020 European goals:
technical, economic, societal, environmental and regulatory
barriers. It focuses on how distribution system operators can
dynamically manage electricity supply and demand, which is
crucial for integration of large amounts of renewable energy,
and empowers consumers to become active participants in
their energy choices.
> Main objectives of the project
Leading organisation:
ERDF
Funding Organization :
Seventh Framework
Programme
Partners: Vattenfall,
eMeter, ABB, KTH,
Landis+Gyr, Current, etc.
Status: On-going
Grid4EU is an innovative Smart Grid project proposed by a
group of Distribution System Operators in close partnership
with a set of electricity retailers, manufacturers and research
organizations. Its structure is built to facilitate dynamic
knowledge sharing, technical assistance and review.
Rationale
Smart Metering
29
Smart Grid Gotland “Upgrading the electric grid in Gotland”
Smart Grid Gotland is a full scale demonstration project that
will show how an existing distribution grid can be upgraded to
handle large amounts of electricity produced by wind power.
This should be done with preserved power quality and in a
cost efficient way compared to conventional technology.
The electricity customers should be able to supervise their
consumption around the clock and adjust their consumption to
the electricity price.
Real customers, electricity producers, grid owners and other
actors interact according to market based conditions.
> Main objectives of the project
Leading organisation:
Vattenfall
Funding Organization:
Swedish Energy Agency
Partners: ABB, GEAB,
Svenska Kraftnat
Status: On-going
In the future, electricity will be an environmental and economic
energy carrier and will most likely have a more prominent
position in the energy system. But then electricity needs to be
more reliable and available. In the transition to a sustainable
society smart grid is a necessity. Smart grid is needed for
example within the transport sector if we should use more
electrical vehicles.
Rationale
Smart Metering
30
TIGRIS “Total Integrated GRid Intelligent System”
The main objective of the project is to develop an integrated
and secure Smart Grid solution so the electric distribution can
be done in an efficient, economic, automated and reliable way,
in order to increase the capacity of the system without
investing in new infrastructures. That solution will cover areas
of network automation, street lighting, smart metering, smart
buildings and systems integration and communication, and it
will be tested in industrial areas to demonstrate its contribution
to the increase of the energy efficiency of the network.
> Main objectives of the project
Leading organisation:
Schneider Electric
Funding Organization:
CDTI
Partners: Greenpower,
Adevice, Sodinur, LEC,
Wellness Telecom, Seven
Solutions
Status: On-going
Currently, the electric grid is facing several challenges:
- Increase of the energy demand.
- Reduction of CO2 emissions.
- Evolution of the electric systems and the new prosumer
(producer/consumer) role of the former consumers.
Rationale
Smart Grids