Smart Community Solutions

Transcription

1 Smart Community Solutions Alain KERGOAT Directeur Général Smart Community Solutions Toshiba Systèmes France Décembre 2015

2 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 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 2

3 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 3

4 Projets Smart Community Toshiba à travers le monde 4

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6 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 6

7 HIKARI 7

8 HIKARI Systèmes & Technologies Omotenashi HEMS NISHI Cloud Service (Omotenashi HEMS, Cloud BEMS, BEMS-Green IT Technologies) Facade PV MINAMI HIGASHI Rooftop PV BEMS PCM Cold Water used for HVAC Absorption Chiller Heating Cogeneration (CGS) Imagebased sensor LED Lighting GreenIT Office Area Dwelling Area Remaining Energy Smart Battery Retail Area 8

9 SUNMOOV Système d autopartage zéro émission 30 Véhicules électriques Mitsubishi, Peugeot, Citroen 6 Stations de recharge 33 renouvelables (New) PV Panels Bornes de recharge Alimentée par des énergies 3 bornes de recharge rapide ERDF Distribution Company μems Meteorological Station (Existing) PV Panels Charging Control System Car Scheduling Optimization System EV Charger Stands Car Reservation System User 9 9

10 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 10

11 CMS ( Community Management System) 11

12 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. 12

13 Japan: Yokahama SMART City Project 13

14 4-2. Yokohama Smart City Project Objective Contents Development Demonstration Project (Demand Response) 1 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, 2 the project will use incentivized demand response to shift the usage from night to afternoon, 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) Efficient Usage of Surplus PV Output 2 Reduction of Energy Consumption Load Shifting PV Production PV Shifting Peak-Shaving Energy Consumption Energy Consumption

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