Workshop II: “Integrating Buildings in Communities...

TECHNOLOGICAL CHALLENGES AND BARRIERS

Workshop II: “Integrating Buildings in Communities

Barcelona, June 14th, 2013

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Index 01 Technological Development

02 Energy Efficiency projects

04 Technological challenges and barriers

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Index

01 Technological Development

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The premier Consulting and Technology company in Spain and a leading multinational in Europe and Latam

Own solutions and technology R+D+i: 6%-8% revenues

Differential business model based on Innovation

Indra bets for the technology as a lever to develop practices that help organizations improve the economic, social and environmental impact of its operations

Technology to achieve efficient buildings, flexible and inclusive work

environments, or to ensure regulatory compliance and information transparency, are initiatives that generate innovation and therefore Indra promotes

WHY INDRA?

TECHNOLOGICAL DEVELOPMENT

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Innovation

+

Experience Solutions

+

Commitment

+

In 2012, Indra invested 193 M€ on R&D projects. 2nd European IT company with largest R&D investment Collaboration agreements with more than 200 Universities and Research Centres

3eHouses, EcoHub, Zigamit … more than 10 projects on the Energy Efficiency field Continued training of our professionals on regulations and market trends.

Solutions to current technology challenges in the field of SmartCities We develop proprietary products in response to the lack of mature technology Pilots and demonstrators, to guarantee start-up.

1st IT European company Dow Jones Sustainability Indexes. We work with utility Customers to open new fields of collaboration in other more technology-demanding areas

WHY INDRA?


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A smart grid is an architecture (NETWORK ENGINEERING) and infrastructure (CONTROL SYSTEMS) that allows continuous monitoring (TWO-WAYS COMMUNICATION) of customers, facilities and operations. However, data volume is not the same as information. One of the keys of smart grids is the provision of tools (BUSINESS APPLICATIONS) that automatically convert the data into valid information.

INDRA ACCOUNTS WITH CAPACITIES AND EXPERIENCE IN THESE FOUR AREAS

Business

Systems

Network

Engineering C

on

tro

l

Syste

ms

Two

-ways

Co

mm

un

icatio

ns

SMART

GRID

TECHNOLOGICAL APPROACH


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Corporate Systems

Technical Systems

Monitoring, Analysis and Planning

Network Operation Control Center

Business Applications

Management Systems

Substations MV LV

Transformers

Commercial

Technical Business Applications

Communications

Control Systems

Network and Customers

New Customers Electric Car

Customers Smart Meter & Home Energy

Device

Advanced Metering Systems

Integration of Distributed Generation

Energy Management

Distributed Generation

Open Protocols Geographical visualization Models and Algorithms Multiple Front End

TECHNOLOGICAL APPROACH


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Index

02 Energy Efficiency Projects

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3eHouses (www.3ehouses.eu) Project

Social Housing Segment

Energy Monitoring and electriciy consumption control (Monitoring of 70 dwellings in San Cugat del Valles (Barcelona – Spain))

Scope

• Energy consumption monitoring (electricity (clump phasing and plugs), gas, water,

temperature, and heating and DHW energy measurement by use of Kamstrup devices. • Display on consumer’s tablet device: consumption historical data, energy balance, eco-

advices, and comparison against neighbours • Display through the utility web application: individual consumption analysis, analysis of

global consumption per building and management advice • Renewable Integration: Measuring the contribution of solar panels to DHW. • Integration with electric vehicle simulation.

Solution and added value

• Efficiency platform: Data acquisition and distributed communication. • On-line data acquisition and processing platform : Acquisition platform by distributed nodes

(not real time) and M2M communication between node and server. • Distributed Logic and field communications : variables and indicators server calculation

logics. Generic industrial PC. Mod-bus TCP Communications. • Field equipment: 4-Noks (Zigbee ®), Kamstrup Multical 602-402 and SACI TCID3

Technology / Devices

Energy Efficiency in Buildings (Residential Sector)

3eHouses

ENERGY EFFICIENCY PROJECTS

http://www.3ehouses.eu/http://www.3ehouses.eu/

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SENNET

Residential

Monitoring of 500 customers in various parts of Spain. Simulation of the 12 million customers in Spain for mass treatment.

• Processing of the acquired measurements by smart meters installed at residential

customers’. • Measurement information monitoring (time curve) through the residential customer web

portal. • Display through the consumer web portal historic consumption, balance, advice,

comparison with other clients the same profile.

• mass storage and processing of information Platform: data grids architecture supplied

through in ® platform. In particular, use of technology Hadoop (HDFS, HBase, Pig, Hive, algorithms Map & Reduce ...)

• Remote Management Platform: connection between hub Meters & More and back-office through InSPEED ® platform.

• Distributed Logic and field communications: inSPEED® nodes distributed Logics, PLC field communications through Meters & More protocol.

Customer Tele-management (Residential)

SENNET

Project

Segment

Scope




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NEMO&CODED (http://innovationenergy.org/nemocoded/)

Tertiary Sector (Campus)

Monitoring and Control of 15 electricity meters: La Arboleda Business Center and Digital Home (Campus - Complutense University of Madrid)

• Energy (electricity) Consumption, temperature, humidity Monitoring, and people counter. • Display through the Building Energy Manager website Application: consumption (voltage,

current, power, reactive power, etc..) and temperatures. • Configuring and Enabling (ON / OFF) of the measuring elements through the web. • Detection of deviations in energy consumption caused by breakdowns, timing and HVAC

control system failures or misuse of various facilities.

• Energy Efficiency Platform • Online data acquisition and processing : connection between hub and back-office through

inSPEED ® platform. • Distributed Logics and Field Communications through inSPEED ® nodes, field

communications via Zigbee with TELECOM concentrator. • Field Equipment: TELECON: TL5000, TL5001, TL500

(http://www.telecongalicia.com/web/efi.html)

Electricity consumption Monitoring and Management

NEMO&CODED

Project

Segment

Scope




http://innovationenergy.org/nemocoded/http://www.telecongalicia.com/web/efi.html

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SENNET

Sector Terciario

Monitoring of Walqa technology park (4 public buildings) in Huesca and of a residential group in Seville (13 viviendas).

• Energy consumption Online monitoring, 3 wind turbine generation, generación de 3

aerogeneradores, solar panels, storage batteries and integration of a small fleet of electric vehicles.

• Display through the application site for the Microgrid Energy Manager. • Detection, diagnosis and anomaly alerts, intrusion and cyber attacks. • Support to decision making in the operation centers. • Self-protection capabilities and auto-real-time recovery of the network elements.

• Microgrid Monitoing Platform • Online data acquisition and processing : connection between hub and back-office through

inSPEED ® platform. • Distributed Logics and Field Communications: distributed logics through inSPEED ® nodes,

diverse technologies for field communications: PLC, Zigbee, GPRS, etc.

Distribution Automation (MV/LV Network)

SENNET

Project

Segment

Scope




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Zigamit (http://zigamit.rivasciudad.es/zigamit-web/)

Residential Sector (Top quality)

Monitoring of 2 dwellings in Barcelona and in Rivas (Madrid). 25 dwellings foreseen for deployment

• Energy consumption monitoring (electricity (clump phasing and plugs), gas, water,

temperature. • Performance on domotic devices. • Energy Profile Management and home control automated Scheduling. • Alarm and pre-settable events Generation.

• Efficiency Platform: Data Control and Acquisition and Distributed Communications • Online acquisition and processing platform: : acquisition and control platform embedded

OSGi container (not real time). M2M connection between node and server. • Distributed Logics and field communications: logics embedded in Local node. Proprietary

Node, under design and testing phase. Z-Wave ® Communications . • Field equipment: analog signals, relay output, plus Z-Wave ® on display.

ZIGAMIT

Project

Segment

Scope



Energy Efficiency in Buildings (Residential Sector)


http://zigamit.rivasciudad.es/zigamit-web/http://zigamit.rivasciudad.es/zigamit-web/http://zigamit.rivasciudad.es/zigamit-web/

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ArrowHead (http://arrowhead.eu)

Tertiary Sector (Public Lighting)

The total budget is 80 million €, of which 11 million € are grants from the European Union. Integration of up to 10 public buildings and smart luminaries.

• Design, implementation and deployment of public services in Barcelona:

• Advanced energy efficiency system for buildings • Smart public lighting system

• Energy data acquisition and processing Infrastructure • Implementation of advances energy efficiency functionalities encompassed within the scope

of SmartGrids.

• The objective of this project is the acquisition of data by deployment of different energy

registering sensors: in-person, etc, by: • use of various communication technologies and protocols • Real-time monitoring and management of energy consumption

• Integration of renewable energies and management of electric vehicle recharging in the field of intelligent buildings.

• Sending and making available the information, will be carried out through extensive use of communication buses with bulk real-time data transfer capabilities.

ARROWHEAD

Project

Segment

Scope




Energy Efficiency in Buildings and lighting (Residential Sector)

http://arrowhead.eu/

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PRICE-GDE (http://www.priceproject.es/)

Residential and Electric Vehicle

•Monitoring of 2050 LV customers along the Henares river basin •50 customers with Ebox + smart appliances. •10 manageable EV charging points

• Development and pilot of a demand management platform, with the following capabilities:

• Time monitoring of the evolution of consumption by customer segments, projection to a week of consumption and management estimated capacity upwards and downwards.

• Coordination with TSO and technical and non-technical instructions sending to customer. Demand response Model Self-Adjustment based on demand response.

• J2EE Demand Management Dispatch. • Customer communication Web Portal, instructions sending and historical consumption. • System Operator Communication Web services. • Ebox with smart appliances. • Consumption control and instructions.

Demand Management

PRICE-GDE

Project

Segment

Scope




http://www.priceproject.es/

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Index

03 Technological challenges and barriers

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TECHNOLOGICAL CHALLENGES AND BARRIERS INTEGRATING BUILDINGS IN COMMUNITIES

Potential of ICTs to improve energy efficiency in the residential sector to aid integration of buildings in communities: EMS (understood like a piece of Smart Grid)

Energy Management Systems (EMS) => building integration

From the technical and technological point of view the objectives and challenges are:

To measure energy, gas and water consumption in building and dwellings.

To show on-line energy information through ICT (Multiple Front End, Open Protocols)

Integration of Renewable energies, including the real time data of VPP, Solar and Wind

Generation, managing the energy balance.

Maturity of equipment (from a market perspective) : off-the-shelf?

Variety of equipment: to give response to an assortment of cases.

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AMBITION determination clear

goals STRATEGY commitment

entrepreneurial organization Talent OPEN

profitability team own solutions

team

THNKS!, WE WILL CONTINUE WITH ...

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Marta Arias Senior Manager

Energy & Utilities [email protected] Avda. de Bruselas 35 28108 Alcobendas, Madrid España T +34 91 480 50 00 F +34 91 480 50 80 www.indracompany.com

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