company's logo 10th-11th december 2009 ganesh sauba & alberto muñoz gallego beywatch :...

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10th-11th December 2009

Ganesh Sauba & Alberto Muñoz Gallego

BeyWatch: Building EnergY WATCHerICT for Energy Efficiency in Buildings

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10h-11th December 2009 – ICT21 - EE

BeyWatch Consortium Proprietary

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Project Summary & Goals

- What is BeyWatch?- Innovation areas & partners- Main Project Goals

Relevant Innovation Activities

- Hierarchical Agent/Supervisor Architecture- Agent & Supervisor Software Stack- BeyWatch BSS Concept

Detailed & Quantified Objectives

- Qualified Objectives- Smart Objectives

Index

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BeyWatch: Building EngergY WATCHer Project Summary & Objectives

BeyWatch is a FP7-ICT-2007 project which covers ICT for environmental management and energy efficiency. It proposes an energy-aware and user-centric solution, able to provide intelligent energy monitoring/control and power demand balancing at home/building & neighbour level.

The system will:

A) Interconnect legacy professional/ consumer electronic devices with a new generation of energy-aware white-goods, where multilevel hierarchic metering, control, and scheduling will be applied (based on power demand, network conditions and personal preferences).

B) Via an innovative hybrid photovoltaic/solar system, it will be able to produce hot water and energy, which will be used at home or at peak hours fed to the electricity network.

The proposed system will function in a two layers hierarchy:

— Micro-management plane: interactive monitor/control of all the devices in the home, and RES power generation in order to achieve amortization of loads and peak suppression of small-scale power consumption.

— Medium-management plane: medium-level control and coordination of the energy resources at larger geographical regions.

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BeyWatch: Building EngergY WATCHer

Innovation areas & partners

Reduced energyConsumption

Intelligent energy-awarewhite goods1

Ultra low-cost in-homecommunications2

Devices’ monitoring &personalized control3

Hybrid Photovoltaic/solar home system4

Modelling & controlof power distribution in local areas

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Business Support Systemsand new business models6

Power demandbalancing

Mutual beneficialcontracts

Contribution tostandards

Contribution toEnergy & environmentalSustainability EU vision

Reduced pollution &CO2 emission

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BeyWatch: Building EngergY WATCHer Main Project Goals

Design ultra-low energy-consumption white-goods

Implement methods, techniques and services to reduce the power consumption in smart/green homes/blocks/neighbours by intelligent control of electrical devices

Generate hot water and electricity from RES at building level, leading to further power savings and energy consumption/production optimisation services

Elaborate business plans and BSS applications that will help the users and the providers to reach beneficiary contracts

Motivate user’s awareness, towards less CO2 emissions on the whole energy value chain (production, transportation, distribution, supply) and cleaner environment.

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BeyWatch: Building EngergY WATCHer Hierarchical Agent/Supervisor Architecture

HomeNetwork

Energy efficient/aware appliances

Network Infrastructure

User Profile

PersonalizedEnergy Control

HomeNetworkHome

Network

Power Distribution

Network

Green House with legacy and ultra energy efficient white-goods &

appliances

Watcher

Agent

Supervisor

ServiceCenter

HPS/RES

Hierarchical Architecture

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BeyWatch: Building EngergY WATCHer Relevant Innovation Activities

Upstream

xDSLElectricity Control

Low LevelDrivers

EmbeddedOperatingSystem

OS Kernel, Device Drivers

NetworkTopology OA&M

Native Applications

JVM & OSGiFramework

SystemApplications/Bundles

BSS Neighbour PowManagement

GPRS

Statistics

Downstream

PLC

Access Interfaces

xDSL FTTHIEEE 802.3

Home Network InterfacesHome Automation Interfaces

EthernetWiFiLonWorks ZigBee PLC Bluetooth

Low LevelDrivers

EmbeddedOperatingSystem

OS Kernel, Device Drivers, Networking ProtocolsNetworkDevices

UserProfiles

Management& UPnP Native Applications

JVM & OSGiFramework

SystemApplications/Bundles

Plug & PlayManager

ServicePersonalisation

Home Control &Automation

Home Power Management

AV & VoiceApplications

Ag

en

t &

Su

perv

isor

SW

S

tack

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CORE NETWORK

User and Home installation Stakeholder Domain

Telecommunication, Aggregator and Broker Stakeholder Domain

Service Provider Stakeholder Domain

UtilityAggregator/

BeyWatch Supervisor

BSSAggregation Tools

The User

The User

The User

• Energy Meter• Energy Consumption• Energy Generation

• Neighbourhood Energy Information • Customer BSS interface & applications & Billing Information• User and Service provider management

BeyWatchAgent

BeyWatchAgent

BeyWatchAgent

CPS

CPS

CPS

BeyWatch BSS Concept

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BeyW

atc

h M

2M

A

rch

itectu

re

Home

Smart Meter

Smart Meter

Smart Meter

Smart Meter

Dish Washer

Water Heater

Washing Machine

Refrigerator

BeyWatch Agent

Intelligent Meter

Electrical Utility Company

BeyWatch Control Terminal

Billing / Back-Office

Service Provider

BeyWatch Supervisor

Home / Office / Outdoors

User Terminal

8 H

TT

P

11 HTTP

10 web service(HTTP)

2 ZigBee

3 ZigBee

4 ZigBee

5 WiFi

6 RS-232

1 ZigBee

Electricity Network

Simulator

12 DB-access or file-based or other near-

real-time

7 proprietary

Utility employee

BeyWatch home user

3rd party information providers

weather prediction web

service13 web service

(HTTP)

9 web service (HTTP)

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BeyWatch: Building EngergY WATCHer Qualified Objectives

1. Study and specify the energy consumption and power demand models taking into consideration:

• Building/Domain type (i.e. house, office, hotel, hospital, etc)• White goods power demand (i.e. heating, cooling, lighting, refrigeration, etc)• User needs and requirements as a function of the season/environment conditions.• Consumption, preferences and modify the operational status of the device• Special requirements for various domains (i.e. health-care, elderly people, outdoors

installations, etc)

2. Design and prototype three ultra-low power consumption white-products: • Refrigerator (electronic controlled)• Dishwasher and a washing machine (efficient management of hot water). • Integrate “Watcher” functionality

3. Specify applicable services and develop the interconnection methods, • the M2M interfaces • the primitive-based communication.

4. Design and develop the BeyWatch “Agent” platform. • Communicate with the various white-goods and energy-consuming devices• Calculate and display in real-time, the instant energy-consumption of the

home/domain• Remote control the energy aware devices• Communicate with the BeyWatch Supervisor

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BeyWatch: Building EngergY WATCHer Qualified Objectives

5. Design and implement an intelligent user-oriented SW “Agent”. • OSGi-compatible open programming interfaces for personalised services creation and instantiation• Automatically capture/model user’s behaviour and preferences. • Utilise the user profile to control the white goods and energy-consumption devices.

6. Design and implement the BeyWatch “Supervisor” system. • Distributed system/platform for the management and control of energy consumption and power

demand at a local/square or urban geographical level. • Aggregate the lower hierarchy layer BeyWatch “Agent” consumption patterns• Remotely control their consumption based on the network conditions, the electricity requirements

forecast and the customer contract.

7. Optimize, prototype and integrate an innovative combined photovoltaic/solar (CPS) system. • Produce electrical energy and hot water for the house• Supply hot water to the energy-aware white goods• Communicate with eth BeyWatch Agent in order to act according to energy management rules• Feed the home and the public electricity network on peak hours.

8. Study, analyse, evaluate and validate the results, as well as the conduction of case studies and business models for the wider adoption of the platform and the proposed services. • Perform extended energy modelling and simulation on state of the art platforms and real

laboratories• Creation of flexible business models and shaping of a dynamic energy market.

9. Participate and contribute in standardization efforts, special guidelines and regulations for the monitoring and control of energy consumption and power demand.

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BeyWatch: Building EngergY WATCHer Smart Objectives

Objective Leading Partner

Indicator Trial

Ultra-low power consumption washing machine

Fagor 24-hour/weekly measurements Madrid/Paris

Ultra-low power consumption dish washer Fagor 24-hour/weekly measurement Madrid/Paris

Ultra-low power consumption refrigerator Gorenje 24-hour/weekly measurement Madrid/Paris

Machine-to-machine (M2M) interfaces MOV Inter-devices communication/ Control of legacy devices

Madrid/Paris

“Agent” Platform Synelixis Personalised remote-management of appliances Madrid/Paris

“Supervisor” Platform Synelixis Electricity metering/remote control of urban areas Madrid/Paris

Combined Photovoltaic/Solar system UniPa 24-hour/weekly measurement of energy/hot water Palermo/Paris

Analysis/control of power distribution Advantica Measurements, statistical data & simulation analysis Paris

Business Model SW TID Measurements, statistical data & simulation analysis Madrid/Paris

Smart Home Demo TID In-home laboratory demo Madrid

Integrated BeyWatch Demo EDF Integrated BeyWatch laboratory demo Paris

Dissemination/Public Awareness Sigma Brochures, web site, workshops, exhibitions

Standardization Activities Fagor Follow/contribute to standards

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BeyWatch: Building EngergY WATCHer Consumption/Generation Model

Suite of Modelling Software made-up of:

SynerGEE Electric• Network design and analysis tool

Forecaster• Future demand based on history and prediction {including weather

pattern}

Energy Models• Data files for scenarios and input conditions to be adopted



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BeyWatch: Building EngergY WATCHer Model Town

Loughborough Contains a good mix of different energy user groups. It is small enough to allow construction of an asset

and demand model which meets the requirements of the project.

Project staff has local knowledge of the area which benefits the accuracy of the base model.

Good range of dwellings - both size and age



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BeyWatch: Building EngergY WATCHer Application

Single Dwelling

Street

Estate

Town



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BeyWatch: Building EngergY WATCHer Model Town – House Distribution by Size

No. of Bedrooms % No. Implied

Bedsit 0.5 102

One 8.8 1790

Two 22.1 4496

Three 48.1 9785

Four 16.4 3336

Five or more 4.1 834

Total 100 20343



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BeyWatch: Building EngergY WATCHer Model Town – House Distribution by Age

Built Date % No. Implied

Before 1919 13.2 2685

1919 to 1944 16.1 3275

1945 to 1964 21.3 4333

1965 to 1990 21.9 4455

After 1990 19.1 3886

Unknown 8.4 1709

Total 100 20343



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BeyWatch: Building EngergY WATCHer Analysis Criteria

Take-up Rate 20% 50% 100% ( Eco-Town)

Scenarios Appliance Selection Frequency of Use Energy Management



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BeyWatch: Building EngergY WATCHer Model Outcome

Customer Expected Savings Comparison based on BeyWatch/non-BeyWatch

System• Financial• Energy• Environmental

Utilities/Service Providers Benefits from local generation

• Peak shavings• Multi-tariff management• Network loading• Reduction in network size (Eco-Town)



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10th-11th December 2009

Ganesh Sauba & Alberto Muñoz Gallego

Thank You!

www.BeyWatch.eu

[email protected]

[email protected]

company's logo 10th-11th december 2009 ganesh sauba & alberto muñoz gallego beywatch :...

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