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The Energy Dimension of the Kitakyushu Model: The Smart Regional Energy Strategy in the New Decade
MI Consulting Group CEO
Kitakyushu City Asian Center for Low Carbon Society, Executive Adviser
Ritsumeikan University, MBA Visiting Professor
University of Tokyo, Executive Management Program Adviser
Fumio Ohue
July 11, 2014
1960s
Present
City Profile ~Location and Characteristic~
2
Government-run Yawata Steel Works
Industrial Wastewater Exhaust Emission
Kitakyushu has developed as an Industrial City
Aggravation of Pollution Problems
Women's Movement against Environmental Pollution
Establishment of “KITA” (1980)
City GovernmentOrganizational Arrangement, Ordinance, andPollution Control Agreement with Companies
Private EnterpriseCleaner Production Improvement of Production Process Treatment of Pollutant, Tree Planting
Kitakyushu Eco-Town (1998 )
Environmental Preservation and Industrial Promotion
Environmental International
Cooperation (1988~)
Grand design on World Capital of Sustainable Development (2004)
Agenda 21 Kitakyushu (1996)
1901
1950
1960's
Reduction of Domestic Wasteby Introducing New System and Citizen Participation (First one at Designated Cities)
Overcoming Environmental Pollution
Decision of EstablishingPCB Treatment Facility (2001)
Johannesburg Summit (2002) identifiedKitakyushu Initiative for a Clean Environment
1980's
Implementation and Evaluation of Practical Activities
Pollution ControlPolicy
Local DiplomacyPolicy
Resource-CirculatingSociety Policy
Sustainable Society Policy
Low Carbon Society Policy
Eco-Model City (2008), Future City (2011), “Green Asian” International Strategic Integrated Zone (2011) of Japan, and Model City of OECD’s Green Cities Programme (2011)
Creation of Local and Global Sustainable Society
KITA: Kitakyushu International Techno-cooperative Association
2002
2008
History of the first heavy industry city in AsiaChronology of Kitakyushu’s Environmental Policy ~Green Frontier~
Coals 27%
64,000 TJ
Electricity 44%
104,000 TJ
Utility gas5%
12,000 TJ
Oils24%
56,000 TJ
236,000 TJ Kitakyushu
3
Energy consumption in Kitakyushu is 236 thousand TJ in FY 2010, which
1.6 % of 14,970 thousand TJ, whole energy demand in Japan.
Energy consumption by industry accounts for 68 % in total amount of energy
consumption in Kitakyushu, meanwhile, residential, commercial and
transportation account for 8%, 13% and 11% respectively.
Electricity accounts for 44% (10.9 billion kWh) in energy consumption in
Kitakyushu by energy source.
State of energy demand in Kitakyushu & Japan
Energy consumption by sector
*Source: Deriving from Kitakyushu City *As of FY 2010
Energy consumption by energy source
Kitakyushu is the industrial city even today
1. HELP Asian developing cities to be
environmentally better while
reducing CO2
KITAKYUSHU MODEL
2. ATTACK Industry sector
SMART REGIONAL
ENERGY
Two ways to reduce CO2
1. HELP Asian developing cities to be
environmentally better while
reducing CO2
KITAKYUSHU MODEL
2. ATTACK Industry sector
SMART REGIONAL
ENERGY
Two ways to reduce CO2
What is Methodology and Kitakyushu Model
6
Methodology is to…
Systematize the procedures for projects, and define 3 major elements (role, process, deliverable)
Share the information and support the quality of projects
Proceed the project with the common recognition and definition of words for communications
among various stakeholders
Who?
how? What?
Kitakyushu Model
Kitakyushu city developed Kitakyushu Model, with its experience and expertise based on the global
standard in urban planning provided by Arup, a leading urban planning and constructing company
Role
Process Deliverable
Kitakyushu ModelGlobal Standard
By ArupExperience and Expertise
from Kitakyushu
Model Evolution in Geography
7
Kitakyushu Model Methodology(process) is universal not only in Japan but in Asia. The model will
evolve to X(any specific city) model if X case and tool are organized.
Haiphong Model
(Vietnam)
Rayong Model
(Thailand)
Surabaya Model
(Indonesia)
Kitakyushu Model
(Universal Knowledge Base)
Indonesian Cities
Vietnamese Cities
Thai Cities
http://asiangreencamp.net/eng/active3.html
More information about Kitakyushu Model
1. HELP Asian developing cities to be
environmentally better while
reducing CO2
KITAKYUSHU MODEL
2. ATTACK Industry sector
SMART REGIONAL
ENERGY
Two ways to reduce CO2
10
Kitakyushu’s Chronicle of Developing Energy Base
・Kitakyushu City has developed as a pioneer city of Energy technology and industry since starting
the operation of Yawata Steel Works in 1901.
1901
Governmental
operated Yawata Stell
Works
1963
J-Power Wakamatsu Thermal
Power Plant
2002
High efficiency coal fired
power generation technology
(EAGLE project)
1973
Mitsui Mining Co. Ltd
(Nippon Coke &
Engineering Co., Ltd)
1996
Shirashima Oil
Storage Base
2003
Wind Power Generation
in Hibikinada
2008
Hibikinada Solar
Power Station
2013
Off-shore Wind Power
Station
11
Kitakyushu’s characteristics from energy point of view 1/2
There is a big focal point of primary energy by being located storage bases for coal, natural gas and oil
* Primary energy: energy before utilization by consumers (coal, oil and natural gas etc)
Status quo of energy supply #1: Primary energy
Nippon Coke & Engineering Co., Ltd
supplies imported coal and cokes to
domestic facilities.
Annual amount of supply: 5.3 million ton (3
million ton for cokes inclusive)
【Coal】 【Natural gas】Kitakyushu LNG Co., Ltd
supplies imported LNG to Kyushu
Electric Power Co., Ltd, Nippon
Steel and Sumitomo Metal, Tobata
Cooperative Thermal Power
Company and Saibugas after
gasification.
Capacity of storage: 60, 000 kL x 8
Hibiki LNG Co., Ltd,
is being started operation in November 2014
Capacity 180,000 kL x 2
【Oil】
Shirashima Oil Storage Base
is one of 10 national oil
storage in Japan, storing as
crude oil.
Capacity: 5,6 million kL
【Natural gas】
12
There are large amount of capacity in Kitakyushu by 2 big power plants and 1 big gas plant, which
supply electricity and Utility gas as secondary energy
*Secondary energy: usable form of energy transformed from primary energy, such as electricity, utility gas and gasoline
Shin-Kokura Thermal Power Plant,
Kyushu Electric Power Co., Ltd
Power generation capacity
LNG: 600,000 kW x 3
Total: 1,800,000 kW
Annual power generation: 10 billion kWh
Tobata Cooperative Thermal Power
Plant
Power generation Capacity
LNG: 250,000 kW x 1
375,000 kW x 1
Coal 156,000 kW x 1
110,000 kW x 1
Total : 891,000 kW x 1
Annual power generation: 6 billion kWh
【Electricity】
Kitakyushu Works
Saibugas Co., Ltd
Annual production
capacity: 1.3 billion m3
Annual supply: 0.3 billin m3
【Utility gas】
Kitakyushu’s characteristics from energy point of view 2/2
Status quo of energy supply #2: Secondary energy
13
Promotion of Renewable Energy
A large amount of PV and wind turbines is
installed by good wind condition and plenty of
vacant space along coastal area.
Promoting installment by utilizing city’s potential
2012 2030 2050
100MW
1730MW
780MW
20MW
200MW
500MW
PV
Wind Power
14
State of installment of PV
Total:104,491kW as of FY 2013
Residential: 44,601kW
(11,128 households)Commercial and services:59,890kW
(1,558 facilities)
【Supporting program】 Subsidy for PV at household: 4,964 households
from FY2007~2012
Mega solar (commercial base power plant) :
consultation for construction
Promotion of Renewable Energy
15
Large size wind turbine in Kitakyushu
【on-shore】・1,500kW x 10・1,990kW x 1・2,700kW x 1
【off-shore】・2,000kW x 1
【Supporting program】・Consultation for construction
Total:21,690kW
Promotion of Renewable Energy
State of installment of wind power
16
Total:1,708kW
Masubuchi dam: 520kW
Aburagi dam : 780kW
Tonda Water Storage : 68kW
Rikimaru dam : 340kW
Total:65,840kW
Shinmoji: 23,500kW
Kogasaki: 36,340kW
Hiagari : 6,000kW
Promotion of Renewable Energy
State of installment of small sized hydraulic power
State of installment of Energy from Waste
17
Mar. 2012: installing turbine, taking data
Dec. 2012: installing LED illumination powered
by generated electricity
Oct. 2013: Completion of taking data,
Dismantlement of devices
Mar. 2014: Briefing session of outcome
Mar. 2014: Installing monument made from
turbine blade
Spec capacity: 1.4 kW, actual power: 0.8 kW
Operation rate: 20 %
Illumination powered by tidal wave at
flower bed in front of Nikka Whiskey
Moji Plant
Tidal power generation
Promotion of Renewable Energy Demonstration project was implemented utilizing
powerful tide at Kanmon Strait
It is a project that hydrogen produced at a neighboring factory and supply it to
fuel cells at households and commercial and governmental facilities. It is the first
community sized demonstration project in the world.
18
Pipeline
DIY store
1kW by a FC
Kitakyushu Hydrogen Station
3kW by a FC
Eco House
1kW by a FC
Kitakyushu Museum of
Natural History and Human History
100kW by a FC
Hydrogen demonstration
apartment
1kW x 7 FCs
Eco Club House
1kW x 2 FCs
Kitakyushu Hydrogen Town since 2012
Utilization of Energy from Hydrogen
Hydrogen produced at steel works is utilized at town as well
as at factories
Kitakyushu Hydrogen Station is an off-site station where
hydrogen is directly provided by pipeline.
It is the first site in Japan and third ones in the world, which
adopted pipeline supply system
19
Kitakyushu Hydrogen Station since 2009
Utilization of Energy from Hydrogen
Kitakyushu City Office has not only used FCV (Fuel cell vehicles )as
office cars but also displayed at exhibitions and taking it for test a drive.
20
Utilization of FCV in City Hall since 2009
Utilization of Energy from Hydrogen
1. Objectives(1) Country
Cultivate smart grids as a new industry that leads the future Japanese economic growth. In order to do so, we have been deploying the demonstration project by selecting 4 areas in the country.(2) City of Kitakyushu
Cultivate it as a new industry that leads the economic growth of Kitakyushu in the same manner as the country. Furthermore, we will promote initiatives that would lead to the creation of a new city that could improve citizens’ lives and solve community issues, such as establishment of a new traffic system and lifestyle reform, etc., through this project.
2. Implementation body67 companies/organizations
3. Area of implementationHigashida district, Yahata-Higashi ward (Approximately 120 ha)
4. Period of implementationFY2010 – FY2014 (5 years)
5. Project scale 38 projects16.3 billion yen
Kitakyushu Smart Community Creation Project
[Smart meter]Receive notifications for power pricing, etc. and send power consumption through bi-directional communication with CEMS
[CEMS](CEMS: Cluster Energy Management System)Promotes optimal energy management by connecting with renewable energy in the community, BEMS, HEMS, and backbone power via IT network
[HEMS](HEMS: Home Energy Management System)Coordinates with CEMS and automatically provides power control for households
[BEMS](BEMS: Building Energy Management System)Coordinates with CEMS and automatically provides power control for buildings
[FEMS](FEMS: Factory Energy Management System)Coordinates with CEMS and absorbs natural energy and energy fluctuations unique to factories in order to secure power stability
Higashida Cogeneration
Storage battery
Solar power generation
IT network
Building Regular household
Smart meter In-house display
LoadPower storage/ heat storage
Power generation
A/C
Lighting
Load Power storage/ heat storage
Power generation
A/C
Lighting
Cluster Energy Management System (CEMS)
Kitakyushu Smart Community Creation Project
23
This sign mark each Smart Sport, and lists its key features.
Human Media Creation Center/ Kyushu
CEMS
ENEOS Smart
Enerrgy Station
FamilyMart Co.,
Ltd
Environment Museum
Kitakyushu Eco House
KITAKYUSHU
MUSEUM OF
NATURAL HISTORY
& HUMAN HISTORY
NIPPON STEEL &
SUMIKIN ENGINEERING
CO., LTD
Kitakyushu Dormitory
Higashida Eco
Club HouseHigashida
H2
Kitakyushu Telecom
Center, Bldg. No. 2
HIGASHIDA
CLINIC
Community Energy
Storage System
NITTETSU ELEX CO., LTD.
Takamiya Corporation
Smart
Icon
CEMS HEMS BEMS FEMS Hydrogen
powered
Photovoltaic
power Solar thermal
powerGeothermal
power
Wind
power
Private energy
storageCommunity energy
storage
Electric
vehicles
Car Sharing Bicycle sharing Greenecy Water
utilizationKnowledge center
Kitakyushu Smart Community Creation Project
In Kitakyushu Smart Community Creation Project, consumers, such as citizens and businesses, etc., will change from mere consumers of energy into prosumers through the establishment of solar power, etc. and voluntary energy-saving efforts. (Participation of citizens)
Cluster Energy Management System (CEMS) and smart meters, which are the keys of
this demonstration, are means to “discover/share/utilize” community energy, including byproduct hydrogen and waste heat from nearby factories, in addition to solar power and wind power. Through these means, we will establish a new energy system in which citizens and businesses, who are the prosumers, “think” and “participate” in
addition to the existing energy suppliers. (Hardware establishment)
Specifically, we will establish a system in which actions of citizens and businesses that also produce profit for themselves would also contribute to the community energy system at the same time by “aggregating/visualizing” community energy information and introducing dynamic pricing, etc. as drivers for citizens and businesses to “think”
and “participate”. (Social systems)
Target social vision
Kitakyushu Smart Community Creation Project
● Deployment in the Advanced Low-carbon Model Block (Jono district)
● Promotion Council for the Low Carbon Cities- Leadership in low carbon urban planning -
Established with the objective of deploying the great activities conducted by 13 environmental model cities in all of Japan and transmitting the information to the rest of the world, etc. (The project has 168 participating organizations, including municipalities all over Japan.)
STEP1 STEP2
● Kitakyushu Asian Center for Low-carbon SocietyThe results produced in this demonstration project will be transferred chiefly to Asian regions on a business basis.
● Demonstration at Yahata Higashida
STEP3● Deployment in the entire municipal area
Kitakyushu Smart Community
To all of Japan and to Asia
北九州スマートコミュニティで得られたノウハウ・成果をビジネスベースで構築
スマートグリッド
太陽光発電
LED
EV(電気自動車)
水素利用技術
パワーエレクトロニクス
グリーンIT
IT
The know-how and results obtained by the Kitakyushu Smart Community will be formed on a business basis
Smart grid
Solar power generation
LED
EV (electric vehicle)
Hydrogen utilization technology
Power electronics
Green IT
IT
Transfer of low-carbon technology to Asia
Kitakyushu Asian
Center for Low-carbon
Society
Kitakyu
shu
Dalian
ChongqingKunming
Huhhot
Cebu
SurabayaSemarang
Chelyabinsk
State of GujaratPhnom Penh
Tianjin
Ho Chi Minh
Hai Phong
Qingdao
Deployed in packages as solutions with high added values
Kitakyushu Smart Community Creation ProjectTransmission of achievements
1. Sustainably Industrialized
2. Traditional Powers
3. Rich Renewable energy
4. Hydrogen
5. Smart Community
+
Fukushima Disaster
5 + 1 Major Factors to lead to the Smart Regional Energy
27
Background & Objectives
Kitakyushu City fulfills certain responsibility for supplying energy stably and inexpensively to support local residents and industry after the circumstance in which they have suffered energy problems meanwhile the city implemented energy saving program and promoting renewable energy to tackle global warming.
Kitakyushu City has promoted Kitakyushu Regional Energy Base Project as one of leading projects in Kitakyushu Master Plan at Hibikinada area through some studies since 2012
This project is indispensable for supporting growth of Kitakyushu with targets of stable and low carbon energy supply as well as contributing to all Kyushu consumers through potentials in Kitakyushu
Kitakyushu Regional Energy Base Project
28
Potential of Kitakyushu
Good location for renewable energy and high efficient power plant construction
Good wind condition
Large scale coal storage
Large scale LNG storage
Large vacant space
Key concept…
Only Region can optimize Energy
by Sharing among Stakeholders
Kitakyushu Regional Energy Base
29
Target vision: Realize energy of low carbon, in stable supply and in inexpensive
price, Stimulating local economy and Contribution to all Kyushu consumers
Regional
Energy
Management
PV
Wind Power
(existed)
Consumers
in
Kitakyushu
To all
Kyushu
consumers
Municipal incineration
plant (energy from
waste)
(1) Realizing energy supply and demand by taking full advantage of those variety of energy (realizing best energy mix at regional level)
(2) Fully utilizing privately owned power generator and promoting energy saving (realizing energy saving society by empowered consumers )
(3) Downsizing power plant through peak cu t by consumers and decentralized power supply (Optimizing suppliers)
(4) Contribution to stable energy supply , efficient power generation and higher installation of renewable energy for all consumers in Kyushu
(5) Co-prosperity with local stakeholders
Kitakyushu Regional Energy Base
Off-shore wind power
High efficient coal fired
plant
(5)
(4)
(4)
(4) (1)
(1)
(1)
(1)
(1)
(3)
(2)
30
Issues to be studied (for power generation)
Short-term target: Total 800,000kW by medium sized thermal power plants: 300,000 kW and off-shore wind power stations: 500,000 kW Construction as soon as possible by utilizing existing infrastructures
Long-term target: Large scaled thermal plants Infrastructures should be reinforced i.e. takes more time Supporting high-value added industry such as material
industry at upstream of Japanese manufacturingContribution to all Kyushu consumers
Kitakyushu City provides one-stop consultation service and coordinating stakeholders to interested companies for building power
Kitakyushu Regional Energy Base
31
Kitakyushu Regional Energy Company
Issues to be studied towads NewCo
NewCo are indispensable to secure stable and inexpensive energy supply for local consumers
Following issues should be studiedMission of Regional Energy CompanyStakeholder’s Requirements ProfitabilityEarly Adaptation
Thank you very
much!
City of Kitakyushu, Japan
Black
‘Ego greedy’ Teitan
White
‘Eco cooperative’ Teitan