Présentation de l`intervenant durant le forum

Smart Community Solutions
Alain KERGOAT
Directeur Général Smart Community Solutions
Toshiba Systèmes France
Décembre 2015
Le Groupe Toshiba
 Energy & Infrastructure
Power Systems CompanySocial
Infrastructure Systems Company
 Community Solutions
Community Solutions Company
Toshiba Elevator and Building Systems Corporation
Toshiba Lighting & Technology Corporation
Toshiba Carrier Corporation
Toshiba TEC Corporation
 Healthcare Systems & Services
Toshiba Medical Systems Corporation
 6 Grands Secteurs
 46 Milliards€ de CA
 598 filiales dans le monde
 206 000 employés
 Electronic Devices & Components
Semiconductor & Storage Products Company
Materials & Devices Div.
ODD Div.
 Lifestyle Products & Services
Personal & Client Solutions Company
Toshiba Lifestyle Products & Services Corporation
 Others
Cloud & Solutions Company
Toshiba Solutions Corporation
© 2013 Toshiba Corporation
2
Vision Toshiba “Human Smart Community”
Conjuguer optimisation énergétique & confort de vie, au plan individuel et
collectif, en proposant aux collectivités des solutions complètes et pérennes
Stabilité Energétique
Energie
Efficacité
Energétique
×
Confort de vie
Bien Vivre (ensemble)
systèmes
&
infrastructure
Smart Grids
Équipements
Eco-efficients
Stockage
de l’énergie
(Batteries)
Production
d’énergie
EnR
Smart
Transport
Équipements
de l’habitat
Santé &
e-santé
Smart
Commerce
Architecture système fiabilisée et sécurisée
© 2013 Toshiba Corporation
3
Projets “Smart Community” Toshiba à travers le monde
© 2013 Toshiba Corporation
4
© 2013 Toshiba Corporation
5
Structure Partenariale
Memorandum of Agreement
Entrustment
Entrustment
【Task4】 CMS - Community Energy Management System
【Task1】HIKARI
Positive Energy Building
【Task3】CONSOTAB
Home energy monitoring system
【Task2】SUNMOOV
EV car sharing
6
© 2013 Toshiba Corporation
6
HIKARI
© 2013 Toshiba Corporation
7
HIKARI – Systèmes & Technologies
Omotenashi HEMS
Cloud Service
(Omotenashi HEMS,
Cloud BEMS,
BEMS-Green IT
Technologies)
NISHI
MINAMI
Facade PV
HIGASHI
BEMS
Rooftop PV
PCM
GreenIT
Cold Water
used for
HVAC
Imagebased
sensor
Absorption
Chiller
Heating
Cogeneration
(CGS)
Remaining Energy
Smart
Battery
LED
Lighting
Office Area
Dwelling Area
Retail Area
© 2013 Toshiba Corporation
8
SUNMOOV’ – Système d’autopartage zéro émission
30
6
33
Véhicules électriques
Mitsubishi, Peugeot, Citroen
Stations de recharge
Bornes de recharge
Alimentée par des énergies
renouvelables
3 bornes de recharge rapide
ERDF
Distribution Company
(New) PV Panels
μEMS
(Existing) PV Panels
Charging
Control
System
Meteorological Station
Car Scheduling
Optimization
System
EV
Charger
Stands
Car Reservation System
User
9
© 2013 Toshiba Corporation
9
CONSOTAB
Rénovation et système de visualisation énergétique
275
Appartements existants
Compteurs intelligents multi-fluides
Electricité, gaz, chaleur, eau
Système d’alertes
Et/ou de conseils de consommation en temps réel, par équipement
Système de suivi
Historique, affichage des économies budgétaires pour les locataires
Evaluation
Des consommations énergétiques pré et post rénovation
10
© 2013 Toshiba Corporation
10
CMS ( Community Management System)
© 2013 Toshiba Corporation
11
Top Screen of CMS
Description: Real-time and (7-day) Historical Overview of the Community Status
※The screens are being developed ; details of the design may change in the future.
© 2013 Toshiba Corporation
12
Japan: Yokahama SMART City Project
© 2013 Toshiba Corporation
13
4-2. Yokohama Smart City Project

Objective

Contents
Development



CEMS connects HEMS・BEMS・EV・SCADA for Battery Systems, PV Systems and other systems in order to
manage the overall energy inside the city, paying particular attention to the management of renewable energy
to the grid and promote integration of renewable sources.
Furthermore, CEMS controls supply side systems on top of the traditional grid systems for better balancing
control.
Collect consumption information from the community and perform visualization of this data.
Send “Demand Response（w/Financial Incentive）” to consumers and confirm its effectiveness. .
Integrated management of energy in 3 major areas in Yokohama for optimal balance.
1
Efficient Usage of Surplus PV Output
•
In order to maximize the utility of surplus energy from Large Scale Installations of PV,
Demonstration
the project will use incentivized demand response to shift the usage from night to
Project
2
afternoon,
（Demand
Response）
 Reduction of Energy Consumption and reduction of Peak
•
Perform peak-shaving through incentivized demand response
（Demonstrate and Analyze the effects of financial incentives with cooperation level)
1
2
Efficient Usage of Surplus PV Output
Reduction of Energy Consumption
PV
Production
Load
Shifting
Peak-Shaving
PV
Shifting
Energy
Consumption
0
Energy
Consumption
12
24
0
12
© 2013 Toshiba Corporation
1424
Copyright 2013, Toshiba Corporation.