Realization of Sustainable City by Data Utilization · Sustainable issues facing our planet Global population 7.1 billion (2012) ... ・Collapse of biodiversity ... ・change our

Realization of Sustainable City

by Data Utilization

September 22nd, 2014

Social Innovation Laboratories

Fujitsu Laboratories Ltd.

Dr. Hiroshi Chiba

Copyright 2014 FUJITSU LABORATORIES LTD.

Crisis of global sustainability

Sustainable issues facing our planet

Global population

7.1 billion (2012)

1billion

8.3billion

Urbanization

Energy

Resources until 2030

Water

Food

times

times

times

1 Copyright 2014 FUJITSU LABORATORIES LTD.

What is the role imposed on Fujitsu?

Years

Susta

ina

bili

ty

Limit to sustainability

・Population concentration in urban

areas ・Shortage of water & food

・Global warming & climate change

・Depletion of resources & energy

・Water, soil & air pollution

・Collapse of biodiversity

ICT challenge

We need to ・change our life & work style

・produce goods efficiently

・use renewable energy


Realization of sustainable society

Factory Industry

Water Air Weather Society

Agriculture Health Energy Education Infrastructure Transportation

Soil

Unstructured Structured Stream

Big data

Sustainable society

Infrastructure

Health

Life Economy

Finance

・SNS

Education

employment

・Sensing （M2M）・Internal data

Social innovation

Collection Analysis Conversion

Environment

・Open data

Environment

Secure

・Media data

Biodiversity


Characterization of various cities

using open data based on

environment, economy & society

City evaluation by open data utilization

Safe water Clean air Biodiversity

Comfortable

space

Health Safe & secure Employment

Sound finance

Education

Comprehensive evaluation


Display image of City Evaluation Tool

We can evaluate 1,742 cities, towns & villages in Japan

from the viewpoint of environment, economy & society.


50 indicators in City Evaluation Tool

Environment Economy

Society

Local gross production

Local tax revenue amount

Financial capability index

Taxable income per person

Actual debt service rate

Employment

Traffic accidents

Reported crimes

Number of fire

NHI fee

Average life

Hospitals

Students per teachers

Community center and libraries

Nurseries

Nursing home

Administrative staffs

Sewerage diffusion rate

City park area

Waste recycling rate

Rate of household over min area

Rate of natural pop growth

Rate of sociodemographic growth

Vacant house rate

Housing starts growth rate

Hub hospitals at disaster

Forests area rate

Abandoned area of cultivation

CO2 absorption

CO2 industrial sector

CO2 residential sector

CO2 consumer biz sector

CO2 transport sector

CO2 waste sector

CO2 total

Final disposal volume

Dust emissions

Oxidant

SPM

CO

SO2

pH

BOD

SS

DO

Coliform bacteria

Water quality index

CO2 trading power

Human health effect chemical

Ecosystem effect chemical

6 indicators

20 indicators

24 indicators


Case study: Evaluation result of town S

Employment No.96

Health No.45

Traffic No.81

Crime No.117

Forestation No.23

Finance No.3

Lifespan No.33

Farmland No.79

Resource No.39

Total No.31

Rankings between 127 similar communities

Low carbon No.64

Sewage No.3

<Result of town S>

雇用

②

③

①

④

0

10

20

30

40

50

60

70

80

Society Economy

Environment ①

③

②

2000

2005

2010

Finance

Health

Average

lifespan

Traffic safety

Crime

prevention

Farmland

management

Resource

saving

Low carbon

Sewage infrastructure

Forestation

Employment

①：Finance is higher than the average of other similar towns.

②：Employment gradually declines every 5 years.

③：Crime prevention is improved, but that is smaller than the average.


Rankings in environmental indicators

Low-Carbon dioxide

◇ Water

Kasai, Hyogo

Taiki, Hokkaido

Toyono, Osaka

◇ Air

Shirakawa,Fukushima

Kitami, Hokkaido

Naie, Hokkaido

SPM:Suspended Particulate Matter

DO:Dissolved Oxygen

◇ CO2

Goka, Ibaraki

Ashiya, Hyogo

Sango, Nara

Japan


Filtration plant

Treatment

for industries

Ultra pure

water Treatment of

used water

Freshwater

plant

sludge

treatment

Treatment of

industrial water

Sea Farm

Industrial water Water for industries

【1】 Water supply

Recycled water

Seawater desalination

：Clean water ：Used water Domestic water

Industrial water

Dam Forest

Overview of water cycling system

【2】 Sewerage system

Sewage

plant


Big data collection

FUJITSU Cloud IaaS Trusted Public S5

Big data analysis

Weather data

Data of water quality

Record of amount of chemicals

Operation data

of infrastructure

Data utilization for water supply field

・Improvement of

operation rate ・Efficiency

improvement

of maintenance

・Efficiency

improvement

of water quality ・Reduction of

chemicals

cost

Verifying Big data utilization to improve infrastructure operation and to reduce chemicals cost

*Fujitsu Press release:

May 12, 2014


Cloud

Sensor module

Manhole

Sewage（level & flow）

Hydrogen sulfide

・Operation support for

sewage plant

・Disaster measures

（heavy rains & flooding）

Sensor

MCU

Accumulator Power

management

RF

DC/DC

Power supply platform of energy harvest system

Sensor module

Harvester

Data utilization for sewerage system


Radio wave

Heat

Vibration

Thermoele

ctric

generator

Rectenna

Photovoltaic

Light

Microgenerator

Energy

harvesting

technology

Power

supply

platform

Energy conversion

with high efficiency

to scavenge small-

scale energy

Possibilities of energy harvesting

Physical

parameters

Power Control

Rechargeable Battery

Sensor Microchip Tx/Rx

Energy harvester

Energy source

・Promising technology for wireless sensor network

・Maintenance-free and perpetual energy source

・Optimized integration for using environment


Health promotion Health monitor with soft feeling

and without battery changes

Efficiency improvement of

process energy and maintenance

Factory/plant

Wireless sensor powered

by energy harvesting

Applications of energy harvesting

Weather/air pollution Improvement of farm work and

Information of disaster & PM2.5

House/building Efficiency improvement of

energy lighting & air conditioner


For the future of our planet

We will act on our brand promise

of "shaping tomorrow with you"

and make further contributions to

resolving global environmental

issues in cooperation with our

customers and society.

Internet of Things


R&D based on data utilization

Documents

Realization of Sustainable City by Data Utilization · Sustainable issues facing our planet Global population 7.1 billion (2012) ... ・Collapse of biodiversity ... ・change our