The SH/SG Team ADDRESS Workshop - Paris - June 9 th

SmartHouse/SmartGrid

Smart Houses interacting with Smart Gridsto achieve next generationenergy efficiency and sustainability

The SH/SG Team

ADDRESS Workshop - Paris - June 9th

© The SH/SG team 2010 /

The Emerging Internet of Energy


In-House ConnectivityEnterprise-to-House Connectivity

Enterprise integrationIn-house connectivityInterfaces towards…


SH/SG Interfaces


SHSG Project Partners

Public Power Corporation (PPC) S.A.

Industry

Energy Research Centre of the Netherlands

Fraunhofer Institute for Wind energy and energy

system technology

Institute of Com- munication and Computer Systems

Research


SmartHouse/SmartGrid ICT Architecture Design Features

Decentralized decision-making Local decisions taken at the local level Uniform communications based on volumes and prices Fast and scalable negotiation technologies

Time scales Day-ahead, intra-day, balancing, fast emergency reactions IWES: BEMI, ECN: PowerMatcher, NTUA-ICCS: Magic

Bi-directional communication down to single devices Responsive loads Distributed generation Storage

Portals for consumption feedback and user interaction

Smart metering and detailed billing

© The SH/SG team 2010 / 7

Response of Demand and Distr. Generation:Move in Two dimensions

Decisions on local issues made locally

One-wayCommunications

Decisions on local issues made

centrally

Top-down switching

Market integration

Price reaction

Two-wayCommunications


Trial A: ICT Architecture Testing

smarthouse

smarthouse

smarthouse

concentrator 1.1

Data provider,one or more PCs

concentrator 1.3 concentrator 1.100

...

agent mimicking household cluster 3

agentmimickinghousehold cluster 100

concentrator 1.2

smartmeter

smartmeter

smartmeter

concentrator 2.1 concentrator 2.2 concentrator 2.100

Data provider,one or more PCs

...

agent mimicking

concentratorcluster 2

agentmimicking

concentratorcluster 100

Enterprise System

agent for smart house

25 homes 100 meters/homes 98x100 homes

99x(100x100) homes

10,000 homesper concentrator

1,000,000 homes


Trial ASmart Meter Subsystem


2009 2010 2011

1. Field Test„Innovative Metering“

2. Field Test: „Flexible E-Tariffs & Automated

E-Management(SH/SG – Project)

3. Field Tests „Intelligent Energy Grid“(approach to balancing

LV grid segments)

>20 participants

>100 participants

> 1.000 participants (MoMa)

Degree of Complexity

Trial B: Mannheim


Steuerung

Strompreis (Prognose)

Messdaten

Stromverbrauch

Stromverbrauch Gesamtnetz

Technik in der Wohnung

Technik im Keller / Zählerraum

Messdaten zur Auswertung (Grafiken etc.)

Konfiguration

Kunden- Geräte

Endgeräte

Home-PC(Optimal)

Schaltbox Modem

BDKEElektronischerZähler

Energiebulter

Modem

Device Switch Box

data

control

configuration

Smart Metercustomer devices

technology inside flat

technology in basement / metering room

Data for analysis (graphics, etc)

Electricity consumtion

Price Server

Data Server

electricity. price(prognosis)

electr. consumption(grid)

Trial BFunctionality and Communication


Trial C: Black Start / Island Mode

House 3

House 1

House 2

House 5

House 4

House 6

House 8Main House 7

Generator

House 9

House 10House 11

PV


Work in Meltemi


Results Available & Expected

Deliverables available: High-Level System Requirements In-Home Architecture, Interfaces and Algorithms

Deliverables expected (Second half of 2010 & Early 2011): Final Architecture Lessons-Learned from all Three Field Tests Mass Application Case Studies & Roadmap

More Information: www.SmartHouse-SmartGrid.eu

© SAP 2009 / Seite 14


Thank you!

The SH/SG Team ADDRESS Workshop - Paris - June 9 th

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