futurecity reconstruction initiatives: utilizing …...million-kw thermal power stations, and...
TRANSCRIPT
Shinchi Town, Fukushima Prefecture
FutureCity Reconstruction Initiatives: Utilizing Regional Resources“After all, Shinchi is the best town for us”
February 16, 2013
― Shinchi town earthquake intensity: 6― Area flooded by the tsunami:
about 904 ha (420 ha of agricultural land)― No. of houses totally or partially
destroyed: 577― No. of dead: 116
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Damage resulting from the Great East Japan Earthquake
We’re working to achieve future-oriented reconstruction, implementing reconstruction projects based on a broad reconstruction framework. Our goal is to make the entire town into a “FutureCity.”
Rebuilding day-to-day life infrastructure: recovery and reconstruction
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中島地区土地区画整理事業計画地
Abundant energy resources in Shinchi Town
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Soma Joint Power Plant
East End of Soma Industrial Park
Soma Port
Soma Main Industrial Park
Shinchi has a land area of 46.35 Km2 and a population of 8,024 (as of January 2013). It is located approximately 50 km from Sendai City. The town is equipped with two million-kw thermal power stations, and surveying is underway with a view to construction of an LNG plant. The area has vast potential energy resources.
Adoption of solar power in elementary and junior high school
Solar power generation project supported by the Coca-Cola Japan Reconstruction Fund― Location: Four elementary and junior high schools ― Total project cost: 117.6 million yen ― Equipment: Solar power generation system and rechargeable battery systems
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FacilityName
Fukuda Elementary
School
ShinchiElementary
School
Komagamine Elementary
School
Shoei Junior High School
Maximumpower output
21.6 kW 20 kW 22.3 kW 20.8 kW
Rechargeable battery
type
Lithium ionpolymer
Lithium ion polymer Lithium ion Lead
Rechargeable battery
output16.3 kW 16.3 kW 15 kW 16 kW
Solar power output and consumption (October-December 2012)
Solar power output and consumption (October 2012)
Shinchi Elementary School
Shinchi Elementary School
Implementing environmental education drawing on the visibility of solar power generation
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Carry out environmental education by effectively utilizing the visibility of solar power generation
― Hold classes using information-sharing by linking children’s PCs to electronic blackboards
Environmental Initiative
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Renewable energy use/promotion plan survey projectConsider natural energy sources to supply large-scale vegetable growing facilities and public/commercial/municipal facilities as well as housing in disaster-hit coastal areas. *Demonstration testing method: Install solar power panels, solar thermal panels, simplified latent heat storage devices, and EMS-driven control/measurement devices
Establishing “Shinchi Nakajima Eco Town” using renewable energy (overview)
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Hilly/m
ountainous area
Coast al areas/
tsunami devastated areas
8Mountain forests
ForestsBiomassenergy
Solar power
Factory district/LNG plant
Shinchi Smart Hybrid Town (overview)
Pre-existing vegetable-growing facility (4.4ha)
Small-scale hybrid energy supply
On-demand transport
Public facility(government buildings)
Waste
Heavy oil Pruned branchesAgricultural residue
Disaster prevention system using GIS
Disaster renovation housing
Renovated housing block
Renovated housing block
Public facility(school)
Waste generated by Shinchi’s population of 8,000 offsets 1.5 ha of heavy oil
・Solar power, rechargeable batteries, and electricity meters set up at three elementary and one junior high school・Set up solar power and rechargeable batteries at evacuation centers, etc. (2013 and 2014)
Regional environmental management ICT Network
Distributed energysupply network
New plant-growing facility
Heat supplyElectricity
supply
Thermal power plant
Electricity supply +
heat waste
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Thank you for listening!