www.fujitsu.com/global/solutions/sustainability Fujitsu's commitment to ICT sustainability - through supercomputing, cloud computing, smart communities, energy efficiency
The Codex of Business Writing Software for Real-World Solutions 2.pptx
International Green Awards Asia Pacific Summit Fujitsu Alison Rowe
1. A hero brand with a quantified
vision to 2100
Alison Rowe
Global Executive Director Sustainability
International Business
Fujitsu Limited
@Fujitsu_Green
Copyright 2012 FUJITSU LIMITED
2. One of the world’s biggest
The Japanese global ICT company –
the world's third-largest IT services
provider and No.1 in Japan*
Committed to deliver
local service globally
A rich history – over 75 years
of shaping tomorrow with you
*2011 IT Services Vendor Revenue. Source: Gartner, "Market Share:
IT Services, 2011" 9 April 2012
1 Copyright 2012 FUJITSU LIMITED
3. FUJITSU’s sustainability journey
Future
Green Policy 2020
2011 Green Policy 21
Win the Banksia Award in Australia
2007 2012
Launched sustainability consulting in Australia Green Policy Innovation:
saving 15 million tons of CO2
for our customers
2002 2009
Biodegradable plastic parts included laptops IBUKI launched: world's
first dedicated satellite to
1993 monitor concentrations
Developed stage 1 of our Fujitsu Group of carbon and methane
Environmental Policy across the planet
2003 Achieved zero waste
emissions by all 13 plants in
1938 Japan
Park style design for
Kawasaki plant 1999 Reforestation
activities
commenced in
Vietnam
1990 Environmental Management
System implemented
2 Copyright 2012 FUJITSU LIMITED
4. Reshaping ICT, shaping the world
We aim to use the power of ICT to
Global Environmental
benefit society. Our business is to Issues, Disaster
help make the world a better place Prevention
Education,
Research
Life Science,
Drug Discovery,
Healthcare New Materials,
New Energy
Discovering
the Universe Advanced
Agriculture
Next Generation
Manufacturing
Advanced
Transportation
3 Copyright 2012 FUJITSU LIMITED
9. A new natural resource, Big data
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10. Smarter Resource Consumption
Our wants and needs are expanding but our resources
are fixed. Technology has a key role to play in securing
our future. 9
11. Requiring super fast computing
How fast is the K
computer?
If the world’s 7 billion
people could perform
one computation per
second, it would take
about 24 hours a day for
17 days to complete
10,000,000,000,000,000
(one Kei) computations.
The K computer can
complete 10 petaflops of
computations in just one
second
Supercomputer
PRIMEHPC FX10
10 Copyright 2012 FUJITSU LIMITED
12. Powering innovative research
In partnership with Fujitsu, HPC Wales is enabling
academic and commercial projects to use high
performance computing for modelling weather patterns
and climate change, simulation and prototyping, health
and bioscience and creative design, to name but a few.
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13. Advancing mathematical techniques
The Australian National University and Fujitsu are
working together to advance mathematical techniques
and resilient software for grand-challenge scientific
simulations (including tsunami modeling and plasma
physics) running on current and future supercomputers.
12 Copyright 2012 FUJITSU LIMITED
14. Cloud the enabling benefits
Greatest benefits are from cloud computing facilitate
environmental improvements across an
organization, industry or society.
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15. Smart Transport
A traffic management system collects masses of data -
from sensors planted in fleets of vehicles & roadside
infrastructure that monitors traffic flow.
14 Copyright 2012 FUJITSU LIMITED
16. Smart Agriculture
The cloud solution was to implement satellite
technology for field monitoring and mapping
visualization data which was transferred in real time to
the office.
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18. Making a real difference
The role of ICT in mitigating the effects of the earthquake
and tsunami that devastated the East Japan coast in
March 2011
Copyright
2011
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21. 2nd Report measuring End User Organizations
1,000 responses ~ Australia,
Canada, China, India, New
Zealand, United Kingdom and
the United States of America
ICT Sustainability declined was
56.4 now 54.3
Only 14.2% of CIOs including
ICT energy in the budget
Size matters – bigger better,
not everywhere though
Canada leading the way
Policy matters – e.g. waste
Best Practice is possible, one
wholesaler in the USA scored
97.0 Copyright 2012 FUJITSU LIMITED
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22. What will ICT Sustainability look like in
2012?
1,200 responses ~ Australia,
Canada, China, India,
Japan ,New Zealand,
United Kingdom and the
United States of America
Will we improve or continue
to go backwards?
Will more organizations take
advantage of the costs
savings? e.g. 40% off the
bottom line
Will the CIO be responsible
for ICT energy and the bill?
23. Case Study – Meridian Energy
Who are they?
New Zealand’s largest energy provider
Sustainability Leader, 100% renewable energy
What we did:
ICT Sustainability Quick Start
Benchmarked to Global Best Practice - 166/ 1000, rating of 60.3
Detailed report outlining short, medium & long term strategies (Immediate: Up to
40% reduction of energy from End User Computing)
ICT Foot Print using our own tools
The Future:
CIO agreed to achieve global best practice of 80 or above
Fujitsu developing program in line with ICT Sustainability Framework
“The whole Quick Start process gave us real insight into how we could
reach beyond our current ICT targets of sustainability. The benchmark
report gave us something further to strive for with clarity on how to get
there”
- Alison Howard, Sustainability Performance Advisor, Meridian. 2012 FUJITSU LIMITED
22 Copyright
24. Case Study – Universities Alliance
Challenge
To expand the ability of three leading Victorian Universities
to support core activities of teaching and research with
an IT infrastructure capacity that is both cost effective and
which would reduce greenhouse gas emissions
Solution
Tier III data centre with advanced environmental features
SLAs on PUE and renewable energy commitments
Benefits
The concepts of sustainable data centres and emissions control become a
business reality
Net emissions from services are lower
Pooled data centre resources of the University Alliance has halved costs
Demonstrable leadership in sustainability
Fujitsu takes on responsibility for Universities‘ emissions under legislation
“The University’s decision to partner with Fujitsu was influenced by its
demonstrated innovation in sustainability and its long-term commitment to
developing sustainable data centre environments” – Edwina Cornish, Monash
Senior Deputy, Vice-Chancellor
27. FUJITSU Sustainability Business Model
Composition
Sales and
of business
marketing
portfolio
Sustainable
value chains Innovation and
new products
Returns
Growth
Sustainable on capital
operations
Reaching new
(reducing costs,
Risk customers and
emissions, energy,
Management markets
waste, water)
Reputation
Management Regulatory
(internal & Management
External Operational
risk
Management
Adapted from the McKinsey Model
26 Copyright 2012 FUJITSU LIMITED
A cloud-based intelligent traffic management system recently launched by Fujitsu in Japan. It collects data – masses of data - from an incredibly rich variety of sources. From sensors planted in fleets of vehicles like taxis or hauliers, from roadside sensors that monitor traffic flow, even down to subtle things like the speed that windscreen wipers are moving in the rain. But it also collects data from individuals and communities, from social media and real time events. Fleet and logistics management can use it to route their traffic in the most efficient way. Individuals can use it to get simple reports of traffic. Urban authorities can use it to manage traffic control – in real time. And as we move into the future, a major application will be to link drivers to supply points for electric vehicles. You should never have to wait for a taxi again
Previously the farmer used vehicles to monitor the fieldsThe farmer hand wrote the analysis on paper and on return to the farm entered this into a databaseThe emissions profile included 87.7% from travel and the remainder was office space and ICT The solution was to implement satellite technology for field monitoring and mapping visualization data which was transferred in real time to the office. Sensor・Temperature・Solarradiation・Soiltemperature・Field moisture Other acquired data・ Atmospheric pressure・Winddirection・Windvelocity・PrecipitationThe solution delivered 98% reduction of emissions
This report uses the methodology developed by Connection Research and RMIT University (Melbourne, Australia). The results allow the development of a standardized ICT Sustainability Index for ICT-using organizations in any industry or country. The methodology allows separate indices to be calculated for five key areas of ICT Sustainability:Equipment Lifecycle Procurement and Disposal,End User Computing,Enterprise,IT as a Low-Carbon Enabler and Metrics The responses were weighted to deliver a score (out of 100) in each of the five ICT Sustainability Index components, which were then combined to determine the overall ICT Sustainability Index for each organization, ensuring quantitative comparisons between respondents.
Second global report assessing the maturity of ICT Previous was in 2010 and included 630 responses from Australia, India, the UK and the USA1000 responses from CIOs and Senior IT managers from Australia, Canada, China, India, New Zealand, UK and USA were collected through an online survey of organizations in most industry sectors across seven countries, which asked respondents over 80 questions about their ICT Sustainability policies, behavior and technologies in each area.Surveys were conducted in June and July 2011 in Australia, Canada, China, India, New Zealand, the United Kingdom, and the United States of America. Some other countries were also included, but there were not sufficient responses from any of them to develop a statistically reliable index, and they are aggregated as the Rest of the World (RoW).