Smart Buildings & Buildings Data - European Commission · Smart Buildings & Buildings Data...

#H2020Energy info days

Smart Buildings & Buildings Data

Philippe MOSELEY

Senior Project Adviser

EASME, Unit B1 – H2020 Energy

Smart Buildings & Buildings Data

#H2020Energy

13:15 - 13:20 Welcome Philippe MOSELEY, EASME

13:20 – 13:30 Policy framework Sylvain ROBERT, DG ENERGY

13:30 – 13:40B4E-3 - Upgrading smartness of existing buildings through innovations for legacy equipment

Pierre-Antoine VERNON, EASME

13:40 – 13:50B4E-9 - Support to the coordination of European smart buildings innovation community

Pierre-Antoine VERNON, EASME

13:50 – 14:00 B4E-6 - Big data for buildings Stavros STAMATOUKOS, EASME

14:00 – 14:10 B4E-7 - EU Building Stock data 4.0 Stavros STAMATOUKOS, EASME

14:10 – 14:30 Q&A Philippe MOSELEY, EASME

#H2020Energy

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rooms

• Building Decarbonisation• Consumers and Services• Smart Buildings & Buildings Data• Smart Finance• Energy-efficient ICT• Policy Support for Public Authorities


Smart Buildings

Pierre-Antoine VERNON

Project Adviser


Growing trends supporting ever smarter buildings

• existing buildings, low energy performance, prosumers still a minority

• well-equipped households, diversity in appliances, EU global leader

• energy management, demand response already in industry,

commercial

• Increasing consumer expectations for control, comfort and services

from tech, with high performance, privacy, security

• Digitalisation of energy system, including consumption

• Supportive policy framework

#H2020Energy

Topics identifier

• B4E-3-2020: Upgrading smartness of existing buildings through innovations for legacy equipment– Opens: 16 July 2019

– Closes: 15 January 2020

– Type of action: IA

– Available budget: 8.0 M€

– Expected project size: 3.5-4.0 M€

#H2020Energy

• B4E-9-2020: Support to the coordination of European smart buildings innovation community

– Opens: 16 July 2019


– Type of action: CSA


– Expected project size: 1-1.5 M€

B4E-3-2020: Upgrading smartness of existing buildings through innovations for legacy equipment

– Challenge

• Smart buildings : managing themselves, interacting with their occupants and with the grid

• Improving efficiency of existing building stock as main challenge

• Focus on legacy equipment : longer lifecycle, higher costs of replacement, or difficult to integrate in buildings

#H2020Energy


– Scope 1/2

• Demonstrate technological solutions for building upgrade, i.e.

– increasing building management / control

– increasing participation at local or grid level

– increasing consumer satisfaction / benefit

• Pilots to involve appliances and technical building systems

–with longer lifecycles (boilers, radiators, DHW, ventilation, lighting etc.)

–with shorter lifecycles (dryers, washing machines, fridges, etc)

#H2020Energy


– Scope 2/2

• Upgrade existing buildings of Europe, specific building typologies

• Clear vision for commercial exploitation: proposals planning broad

uptake, presenting business model, clear path to finance and

deployment

• Maximise consumer comfort : cost-effective, user-friendly, easy to

install, saving energy and money

#H2020Energy


– Impacts

• Primary Energy savings (in GWh/year)

• Investments in sustainable energy (in million Euro)

• Upgrade of a number of existing buildings, these including a

significant number of building systems and appliances

• Energy and costs savings greater than the energy consumption from

IT and cost of the upgrade

• Reduction of GHG (tCO2-eq/year) and/or air pollutants (kg/year)#H2020Energy

B4E-9-2020: Support to the coordination of European smart buildings innovation community

– Challenge

• Development of the Smart Readiness Indicator (SRI) to raise

awareness about smartness, provide confidence in its value,

encourage improvements

• Smart buildings tackled as a fringe issue of several policy issues /

innovation areas until recently

• Promising industry sector, EU major market and technology leader

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– Scope 1/2

• facilitate exchange of information between innovation, policy and industry

– Map out the European smart buildings innovation community

– Identify and achieve visibility in main initiatives, media and events

– Contribute to promotion, experimentation and roll-out of the SRI

– Suggest priorities for EU support to R&I, market uptake

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– Scope 2/2

• focus on breaking silos and bridging the gaps between innovation, markets and policy

• involve specialised media, industry organisations, policy or technological initiatives, civil society organisations, etc.

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– Impacts

• Overview of main EU stakeholders, updated annually

• Improve the exchange of information between R&I and market uptake

(at least 6 workshops)

• Increase visibility of smart buildings (at least 6 major relevant events)

• Coordinate contributions to the SRI rollout

#H2020Energy


Buildings Data

Stavros STAMATOUKOS

Project Adviser


The new energy system

• Decentralisation: Demand response, Prosumers, Storage, EVs

• Digitalisation: Smart meters, smart appliances, IoT devices

• Connectivity: exponential increase in generation of data (Big Data)

#H2020Energy

Buildings Data challenges in the new energy system

• Data Handling

– standards and protocols for data exchange

– real time data with detailed granularity useful for the market players

– data analytics toolboxes for data handling

• Data security and data privacy

– data integrity, customer privacy and protection

– empower building owners access their data or make them available to 3rd parties

• Communication infrastructure

– interoperable systems/platforms

– scalable and replicable telecommunication infrastructures

#H2020Energy

Topics identifier

• B4E-6-2020: Big data for buildings



– Type of action: IA



#H2020Energy

• B4E-7-2020: European building stock data 4.0



– Type of action: CSA



B4E-6-2020: Big data for buildings – Challenge

• Buildings produce an increasing number of data on energy generation and consumption

• Collecting and making available reliable data on buildings can lead to:

– enhanced consumer information

– effective management of energy systems

– creation of innovative energy services, business models and financing schemes

• Big Data is a key enabler for reliable and effective policymaking, through statistics, business intelligence and predictive models

#H2020Energy

B4E-6-2020: Big data for buildings – Scope

• Define a reference architecture for buildings data– Integration with existing dataset formats, legacy architectures etc

– Compatibility with smart meters, sensors, IoT devices, BMS, existing databases

• Develop and pilot an open, cloud-based data analytics toolbox– process big sets of data and perform Statistical Analysis, Data Visualisation, Business

Intelligence (BI) and Predictive Modelling

– integrate of state of the art data science technologies like Statistics, Artificial Intelligence (AI), Machine Learning (ML) and Deep Learning (DL)

– support third party development of services

– foresee communication protocols

#H2020Energy

B4E-6-2020: Big data for buildings –Requirements

• Access to existing large-scale real datasets

• Engage various stakeholders: authorities, network operators, suppliers, property managers, construction sector, software providers

• Collaborate with EU projects on big data: energy systems, transport and logistics, health, manufacturing

• Address data protection, ownership, cybersecurity: NIS, eIDAS, GDPR

#H2020Energy

B4E-6-2020: Big data for buildings – Impacts

• Standardisation of European buildings data

• New data-driven business models and innovative energy services

• Better availability of big data and big data analysis facilities for real-life scale research

• Engagement of key stakeholders

• Up-take of innovative monitoring and verification of energy savings

• Integration of relevant digital technologies in the buildings sector

#H2020Energy

B4E-7-2020: European building stock data 4.0 – Challenge

• Lack of quality data on the building stock across EU

• Comprehensive data is needed to enable an accurate understanding of the European building stock’s trends and drivers

• Revised EPBD calls for benchmarking of buildings through Building Automation and Control Systems -> sharing of buildings data

• The challenge is to establish and implement an ambitious vision for the future of data collection on buildings in Europe

#H2020Energy

B4E-7-2020: European building stock data 4.0 – Scope

• Build a community committed to improve, standardise and strengthen data collection

• Develop strategies to encourage/support collection of data on buildings and convergence of data collection practices

• Address critical issues such as: scope of data, data formats, open access, privacy issues

• Develop a vision and roadmap for a more advanced “big data” approach to buildings data collection in Europe: “European building stock data 4.0”

• Coordination between several initiatives in this area

#H2020Energy

B4E-7-2020: European building stock data 4.0 – Impacts

• Build a long-lasting community for buildings data collection in the EU

• Increased convergence/standardisation towards high-quality and reliable data collection

• Increased data use by researchers and the general public;

• Simplified data access and sharing

• Coordination with related innovation actions and initiatives, supported by regional, national and European policies and funds

• A vision and roadmap towards innovative big data approaches for the collection of buildings data in the Europe

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Thank you!

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EU Funding & Tenders Portalwww.ec.europa.eu/research/participants

#H2020Energy

http://www.ec.europa.eu/research/participants

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