Lyon Confluence Smart Community System … Huguet... · Lyon Confluence, a remarkable urban development district in the city-centre of Lyon NEDO / Toshiba Project Calendar 2011: Feasibility

Copyright © 2012 Toshiba Corporation. All rights reserved

Copyright © 2012 Landis+Gyr. All rights reserved

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Lyon Confluence Smart Community System Demonstration Project



Toshiba and Landis+Gyr’s Contribution to the Smart Community Business



Lyon Confluence

Residents Workers

in 2010 7,000 7,000

in 2020 15,000 27,000

1999 - 2025 1 million m2 of New Buildings Space

Lyon Confluence, a remarkable urban development district in the city-centre of Lyon

NEDO / Toshiba Project Calendar 2011: Feasibility Study 2012 – 2013 : Development Phase 2014 – 2015 : Demonstration Phase SPLA



Positive Energy Building

Multi Usage: Office / Shops / Dwellings

Energy Monitoring

For Tenants in Social Housing

Community Management System

Energy Auditing & Planning

Demonstrate a Smart Community System that supports the large-scale introduction of energy saving technologies and renewable energy systems, together with the wide adoption of electric vehicles in Lyon Confluence, France.

Powered by Solar Energy

EV Car Sharing System

Smart Community System Demonstration Project Scope



SPLA Entrustment

Entrustment

MOA

ADEME

Lyon Economic Development Council

Support

Support Implementation Agreement (IA)

French Partners

Lyon Confluence Smart Community Demonstration Project Organization Structure



Overall Objectives of the Project

• The project will bring forth for the strategic development of new technologies related to smart grids and smart cities.

• The project will serve both as a Technical Demonstration and will contribute into establishing Lyon Confluence as a model for sustainable development.

i) Create a model for future environment-friendly smart urban communities to base upon

ii) Contribution to establishment of international standard for smart urban communities

iii) Provision of results and other feedback from the Project to Japan and to the whole world



Toshiba will partner with Bouygues Immobilier to build a Positive Energy Building

【Building Specifications】 Total floor area : 12,600 m2 Maximum height : 8 floors + basement, 31 m Architect : Kengo Kuma Concept : HIKARI (Light) * ErDF Linky Smart Meters from Landis+Gyr

【Building Usage】 The multi-purpose building is divided according to: Office Area : 7,275m2

Retail Area: 818m2

Residential Area : 3,342m2(42 Apartments)

商業エリア (GF)

オフィスエリア (1F～7F)

Office Area

Retail Area (GF)

(Task 1) Scope : Multi Usage Positive Energy Building

Residential Area

Architectural Rendering of the Hikari Building



Energy Management Server

Internet

Energy and Facilities Information

Manager

Buildings

Data Center

Cloud BEMS will aggregate energy information from clustered buildings, and add value with various sophisticated solutions for each building.

Energy Management Services provided by TOSHIBA

(Task 1) Cloud BEMS

Energy Visualization for all of Stakeholders Model Based Optimal Control for Balancing Energy Efficiency and Comfortableness Sensor Defect Detection Technology to maintain Performance Demand Response according to Prospect for Energy of buildings.

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Sensors

Toshiba Omotenashi HEMS

Appliance

Hikari Building BEMS

Sensors

Database For device

control

Smart plug

HEMS Server

Learning System

Behavior Analysis Module

Command for Devices Advice for Users

User Profile Analysis Module

Other Devices

Moving beyond Energy Visualization, Toshiba’s HEMS system with Behavior-Prediction Engine at its core, will provide services to help save energy and improve comfort of its users.

(Task 1) Home Energy Management System



Use the renewable energy generated by Photovoltaic Systems (PV) as the main power source for an Electric Vehicle Car Sharing System in order to realize a Zero-Emission Transportation System inside Lyon Confluence with Toshiba’s Energy Management System.

30 EV Cars

Charging Stands Normal & Quick Charging

Roof top PV System

ErDF Linky Smart Meters From Landis+Gyr

(Task 2) Scope : Zero-Emissions Transportation System

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a）Electricity Usage

Energy Consumption measured by electricity meters accounts only for the total consumption inside the house. In this project, Toshiba will install an Energy Box to measure the electric consumption in each feeder.

Toshiba is currently exploring the possibility to link our system with Linky in order to have access to grid information as well.

b）Gas and Water Usage Based on the observation that gas and water meters don’t have a

standard installation location, it was decided that a wireless solution to transmit information is best.

Toshiba is currently looking at a system that will install an add-on

device on meters then transmit information wirelessly to a server.

Internet

Distribution Board

Sensors Energy Monitor

TOSHIBA PLACES

Send Energy Reports to Mobile Phone, Tablet PC

Visualization

Electrical Consumption

Water Meter Gas Meter

Measured Data

I/F

Internet router

CMS

Energy analyzing is the main theme of Task 3 and consumption inside homes will be analyzed based on electricity, gas and water consumption data.

*ErDF Linky Smart Meters

From Landis+Gyr

(Task 3) Scope : Home Energy Usage Monitoring System

* Note: The introduction of ErDF Linky Smart Meters is still under study.



Building Information Building Name ： Cite de Perrache Owner/Manager ： Grand Lyon Habitat Number of Apartments ： 270 Apartments

「Cite de Perrache」: Social housing managed by Grand Lyon Habitat

(Task 3) Implementation Site

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TASK 1 P-Plot Building

BEMS PV

TASK 2 EV-Car Sharing

EV PV Charger

TASK 3 Home

Community Management System

Co

llect

ion

Sensors

Appliances

Dat

a V

isu

aliz

ing

syst

em

Smart Community Index (SCI)

CO2 Reduction

Energy Usage

ZEB Rating

PV Output

Battery Usage

EV Usage

Other KPI’s

Local government

Building Developer

Tenants

・・・・

Car-share operator

Drivers

・・・・

Residents of Lyon

Other

Services

Other Community Services

Satisfaction Level of Citizens Comfort, Convenience

Infr

astr

uct

ure

res

tric

tio

ns

Smart Systems Smart Grid, HEMS, BEMS, etc

Establishment of Infrastructure Electricity, Gas, Water, Transport

Grand Design Basic Plan & Goals

(Task 4) Scope : CMS (Community Management System) CMS will be able to collect information from all tasks and provide real-time energy generation and consumption data as well as advice on how to improve energy utilization to Grand Lyon, City of Lyon and project stakeholders in the Lyon Confluence.



「CMS」- A Comprehensive Energy Dashboard & Planning System for the Local Community

(Task 4) CMS ( Community Management System)

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In continuation of the sustainable development works spearheaded by Grand LYON, which aims to become the leading smart city in order to:

i) Further improve the attractiveness of its territory; and

ii) Promote the establishment of new businesses and create jobs

TASK 1: Achieving PEB status for Hikari, will help establish the Energy Efficiency Policy in the redevelopment area.

TASK 2: Introduce EV Car-Sharing as part of PDIE, Grand Lyon’s program on Sustainable mobility for companies.

TASK 4: Aggregate multiple sources of information into one comprehensive dashboard system to better understand energy usage patterns & support Grand Lyon’s Eco-policies.

TASK 3: Use the Visualization of Energy Consumption to raise residents energy awareness, help them to realize energy savings & have an impact on their energy usage behavior.

Summary: Alignment with Grand Lyon Objectives

PEB: Positive Energy Building

PDIE: Inter-company transport plans (www.covoituragegrandlyon)



THANK YOU

Documents

Lyon Confluence Smart Community System … Huguet... · Lyon Confluence, a remarkable urban development district in the city-centre of Lyon NEDO / Toshiba Project Calendar 2011: Feasibility