EPBD&revision8 policy&background:& - European Commissionec.europa.eu/easme/sites/easme-site/files/h2020_energy_info_days... · CLEANENERGY&FORALL&EUROPEANS EPBD&revision8 policy&background:&

CLEAN ENERGY FOR ALL EUROPEANS

EPBD revision-policy background: Upgrading buildings energy performance and smartness

Paula Rey GarciaTeam leader Buildings & FinanceEuropean Commission- DG ENERGY, Energy Efficiency unit


75% of the housing stock is energy inefficient, missing the benefits of increased renovation.

Renovation rates are too low and renovation depth is too shallow.

Need to accelerate and finance building renovation investments.

Tapping the potential of smart building technologies

FACTS

EPBD review: focus on buildings – for good reasons

.


• Smart- supporting ICT, smart building technologies and infrastructure for e-mobility

• Simpler

• Supportive of building renovation

THE PROPOSAL TO REVISE THE EPBD

BETTER BUILDINGS, FASTER

3


Long term building renovation strategies (Article 2a)

Provisions on long-term strategies in Article 4 of Directive2012/27/EU (EED) in the EPBD moved in a new article 2a.

Completed by 2 new paragraphs:• Vision of a decarbonised building stock by 2050;;• Smart Finance for Smart Buildings approach to mobilisation ofinvestment.

Working in synergy with Article 7 of the EED

More impactful provisions – Renovation strategies, With a long term vision and financing provisions


provide a stronger link between financial measures in the MemberStates and energy efficiency improvements in the renovation ofbuildings (Article 10)

In addition to energy performance, allow for tracking of actual energyconsumption of all types of buildings in existing databases.

For buildings frequently visited by the public (over 250 m2) thedatabases are required to contain this information and be regularlyupdated.

For statistical and research purposes, aggregated and anonymiseddata shall be made available at least for public authorities.

Clarification of the framework for the calculation of energy performanceof buildings (Annex I)• Including stronger links with CEN standards.

More supportive provisions building on Energy Performance Certificates –Financial incentives, transparency in energy performance calculation


Inspections on heating & air-conditioning systems areupdated (Articles 14 and 15)• Reduced administrative burden,• Focus on medium to large buildings,• Leveraging the effectiveness of electronic monitoring.

New thresholds introduced:• Apartment block with central systems: 100 kW• Non-residential buildings: 250 MWh/year primary energy

Electronic monitoring - alternative to inspectionsDeletion of (existing) alternative measures based on advice

Simpler and more impactful provisions – Inspections


An updated definition of Technical Building Systems (TBS)and additional provisions to better documenting the initialperformance of technical building systems and maintain theiroperational performance over time

Extending the scope of TBS to building automation and control,on-site electricity generation, on-site infrastructure for electro-mobility (Article 2(3))

System requirements for new, replaced and upgraded TBS (article8(1)) and tracing, documenting and passing on to the buildingowner the energy performance of technical building systemsfollowing installation, replacement or upgrade (+ inclusion in thenational energy certificate database) (Article 8(5)).

Smarter provisions – Technical Building Systems


Additional provisions to support the deployment of the EUinfrastructure for electro-mobility

Installation of recharging points (at least 1 every 10 parkingspaces) in non-residential buildings with more than 10 parkingspaces. The provision applies to new buildings and buildingsundergoing major renovation, and, from 2025, to all non-residential buildings (Article 8(2))

Pre-cabling of every parking space in new or major renovation ofresidential buildings with more than 10 parking spaces (Article8(3))

Some exemptions for buildings already covered by the currentlegislation and of buildings owned and used by SMEs (article 8(4))

Smarter provisions – Electro-mobility


New article 8(6) proposes introducing a Smart ReadinessIndicator for buildings.• Will characterize the ability of a building to manage itself,• To interact with its occupants,• And to take part in demand response and contribute to smooth, safeand optimal operation of connected energy assets.

Progress towards ‘smarter’ building systems can support a moreefficient implementation of the EPBD and result in additionalbenefits for building users, energy consumers and future grids.

The Smart Readiness Indicator will support the uptake oftechnical innovation in the building sector, where there is a lack ofinvestment despite short payback periods.

Smarter provisions – Smart readiness indicator


• Supporting the project pipeline at EU and local level

• Project Development Assistance facilities

• "One-stop-shops"

Assistance and aggregation De-risking

• Deploying Financial Instruments and flexible energy efficiency and renewable financing platforms

• Building on EFSI II blending with ESIF funds

• Understanding the risks and benefits for financiers and investors

• The De-risking Energy Efficiency Platform

• Commonly accepted underwriting framework

MAJOR GOAL - improve investment climate for energy efficiency

More effective use of public funds

THE "SMART FINANCE FOR SMART BUILDINGS" INITIATIVE


11 #EnergyUnion

Thank you!Paula Rey Garcia

Team leader Buildings & FinanceEnergy Efficiency Unit

DG ENER, European Commission

https://ec.europa.eu/energy/en/news/commission-proposes-new-rules-consumer-centred-clean-energy-transition

A joint presentation by Project Advisers of the EASMEENERGY Unitchaired by Agata KotkowskaHead of Buildings, Heating and Cooling Sector

Energy efficiency Buildings Calls 2018/2019

A joint presentation by Project Advisers of the EASMEENERGY Unitchaired by Agata KotkowskaHead of Buildings, Heating and Cooling Sector

Energy efficiency Buildings Calls 2018/2019

11:00 – 11:05 Welcome and introductionAgata Kotkowska, Head of Buildings, Heating and Cooling Sector, EASME

11.05 -11.20: Enhancing buildings' energy performance and smartnessPaula Rey Garcia, Directorate –General for ENER, Energy Efficiency UnitTeam Leader of Buildings and Finance Team

11.20 – 11:25 EE-1: Decarbonisation of the EU building stock: innovative approaches and affordable solutions changing the market for buildings renovationJanna Schönfeld, Project Advisor

11:25 – 11:30 EE-2: Integrated home renovation servicesChristophe Milin, Project Advisor

11:30 – 11:35 EE-3: Stimulating demand for sustainable energy skills in the construction sector Gordon Sutherland, Senior Project Advisor

11:35 – 11:40 EE-4: Upgrading smartness of existing buildings through innovations for legacy equipment Pierre Antoine Vernon, Project Advisor

11:40 - 11:50 EE-5: Next-generation of Energy Performance Assessment and CertificationRebecca KanelleaMiguel Angel Romero, Project Advisor

11:50 – 12:15 Questions and Answers session12:15 – 12.30 What makes the project successful – Experience from the current H2020 project

Roberto Lollini, Coordinator of the 4RinEU project12:30 Closing of the session

Agata Kotkowska

Questions

Question & Answer session at the end

• You can raise your hand during that session !

Or –during the presentations- you can also use your mobile phone or computer:

• simply go to https://www.sli.do

• enter #H2020Energy and choose our room - we are in the room Gasperi

• Enter your question in the question box

• We will display questions at the end of the session

Agata KotkowskaHead of Buildings, Heating and Cooling Sector, EASME

Welcome and introduction

EE01 EE02*EE05

EE06EE08EE13EE15

EE09EE10EE11*

EE14EE16EE17**

EC01EC02

EE01EE02EE03EE04EE05

EE06EE08EE13EE15

EE09EE10EE11

EE14EE16

EC01EC02

Energy Efficiency Call 2018

Energy Efficiency Call 2019

* Single beneficiaries eligible

** Single beneficiaries eligible. Deadline: 13 November 2018

Buildings ConsumersIndustry, Products& Services

Finance for Sustainable

Energy

Public authorities

Topic Budget 2018

Budget 2019

Deadlines

LC-SC3-EE-1 9,0 12,0 25 Jan.18 - 4 Sept.1824 Jan.19 - 3 Sept.19

LC-SC3-EE-2 7,0 10,0 4 Sept. 18 - 3 Sept. 19

LC-SC3-EE-3 6,0 24 Jan.19 - 3 Sept.19LC-SC3-EE-4 10,0 24 Jan.19 – 3 Sept.19LC-SC3-EE-5 5,0 (CSA) 10,0 (IA) 25 Jan.18 - 4 Sept.18

24 Jan.19 - 3 Sept.19

Deadlines 2018– 2019 / Indicative Budget

§ LC-EEB-01-2019: Integration of energy smart materials in non-residential buildings (IA)

§ LC-EEB-02-2018: Building information modelling adapted to efficient renovation (RIA)

§ LC-EEB-03-2019: New developments in plus energy houses (IA)

§ LC-EEB-04-2020: Industrialisation of building envelope for the renovation market (IA)

§ LC-EEB-05-2019-20: Integrated storage systems for residential buildings (IA)

§ LC-EEB-06-2018-20: ICT enabled, sustainable and affordable residential building construction, design to end of life (IA)

EeB/EE PPP in WP 2018-19 for NMBP

Topic Deadlines

LC-EeB 02-2018 31 Oct.17- 22 Feb. 2018LC-EeB 06-2018 31 Oct.17- 22 Feb. 2018LC-EeB 01-2019 16 Oct.18 - 21 Feb. 2019LC-EeB 03-2019 16 Oct.18 - 21 Feb. 2019LC-EeB 05-2019 16 Oct.18 - 21 Feb. 2019

Paula Rey GarciaTeam Leader of Buildings and Finance Team, DG ENER

Enhancing buildings' energy performance and smartness

Janna SchönfeldProject Advisor, Buildings Sector, EASME

LC-SC3-EE 1: Decarbonisation of the EU building stock: innovative approaches and affordable solutions changing the market for buildings renovation

LC-SC3-EE-01-2018-2019: Decarbonisation of the EU building stock

Specific Challenge:

• Action is needed to improve rates of renovation

• New technologies, process and business models

• Deep renovation needs to be more attractive & reliable, less

distruptive & costly, faster, more environmentally friendly

• Proposals should roll out holistic solutions aimed at consumers

EUR 3-‐‑4 millionTRL8-‐‑9

IA70%


Scope:

• Innovations can be right across the value chain, during any stages

of design or construction

• Building fabric, technical systems, links to DHC are all relevant

• Address the drivers to renovate buildings

• Address how consumers & others can use measured data

• Multiple benefits of energy efficiency


Expected Impact:

• Primary energy savings triggered (GWh/year)

• Investments in sustainable energy triggered (million EUR/year)

• "High energy performance" after renovation

• Measurable cost reduction compared with "typical renovation", or

energy performance improvement at similar cost

• Reduce time spent on site by 20%

• Increased rates of renovation

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

Christophe MilinProject Advisor, Finance Sector, EASME

LC-SC3-EE 2: Integrated home renovation services

LC-SC3-EE-2-2018-2019:"Integrated home renovation services"

• Why?- Many project promoters lack the skills and capacity to set up, implement and

finance ambitious sustainable energy projects

- In addition, many lack access to attractive and adequate financing products from the market

• How?- Create (or replicate) "integrated home renovation services", operational by the end

of the action

- Cover the whole "customer journey": from technical and social diagnosis, technical offer, contracting of works, structuring and provision of finance, to the monitoring of works and quality assurance.

- Create more demand for holistic approaches as a result of improved offer by trustful market operators and better awareness from homeowners

CSA100%

LC-SC3-EE-2-2018-2019:"Integrated home renovation services"

• What?- Optimise the services required along the renovation process

(based on a thorough analysis of the local needs and actors in place),

- Reduce renovation costs and time on-site through standardised approaches (e.g. optimized business processes, standardised contractual arrangements, branding of the proposed services, …),

- Mainstream innovative technical solutions adapted to the local context,

- Improve trust and awareness of homeowners towards such services,

- Help improve the legal and regulatory environments and

- Overall improve financing conditions for energy renovation.

• More information- Webinar on "Home Renovation": 21 November 2017 (11:00 – 12:30)

- see https://ec.europa.eu/energy/en/financing-energy-efficiency/sustainable-energy-investment-forums

Gordon SutherlandSenior Project Advisor, Buildings Sector, EASME

LC-SC3-EE 3: Stimulating demand for sustainable energy skills in the construction sector

LC-SC3-EE-03-2019-2020: Stimulating demand for sustainable energy skills in

the construction sectorSpecific Challenge:

• Based on results of BUILD UP Skills, act at market level and support legislative changes to stimulate the demand for energy skills

Scope:

• Tools facilitating the mutual recognition of energy skills and qualifications (e.g. skills registers/passports, mobile apps…)• Initiatives raising awareness of home and building owners/tenants• Support to public authorities for the development of new legislative

frameworks (e.g public procurement)• Partnerships with producers and retailers• Initiatives reinforcing the link between skills/education and energy

performance/quality of construction

EUR 0,5-‐‑1 millionCSA100%

Pierre Antoine VernonProject Advisor, Buildings Sector, EASME

LC-SC3-EE 4: Upgrading smartness of existing buildings through innovations for legacy equipment

EE-04-2019Upgrading smartness of existing buildings through innovations for legacy equipment (IA)

Specific challenge :• Buildings: transition from energy consumers to active contributors to the

energy system • 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


Scope :• Demonstrate technological solutions to manage building energy and interact with the grid based on user preferences-‐ using IT to make existing buildings smarter-‐ connecting both short and long lifecycle equipment• Plan broad market uptake and integration into specific building typologies• Maximise consumer comfort : cost-‐effective, user-‐friendly, easy to install, saving energy and money


Impact :

• Primary Energy savings (in GWh/year)

• Investments in sustainable energy (in million Euro)

• Upgrade of a significant number of existing buildings

• Energy and costs savings > energy consumption from IT and cost of the upgrade

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

Rebecca Kanellea, Miguel Angel RomeroProject Advisors, Buildings Sector, EASME

LC-SC3-EE 5: Next-generation of Energy Performance Assessment and certification

EE-05-2018-2019: Next-generation of Energy Performance Assessment and Certification

Specific Challenge:

• Assessment processes and certificates need to become more reliable, user-friendly, cost-effective and compliant with EU legislation

• Holistic assessment of buildings: envelope and system performances, smart readiness, RES, final energy use, comfort levels

• Use of International and EU standards, particularly ISO/CEN

• Assessments take into account actual measured data from sensors

• Demonstrate how schemes could be strengthened, modernised and best linked to national certification schemes, enhancing compliance checking and effectiveness of financial support

EE-05-2018: Next-generation of Energy Performance Assessment and Certification

Scope:

• Involve stakeholders including certification bodies, in stimulating roll-out of next-generation schemes

• Develop strategies to help converge EPC practices across EU

• Assess applicability of schemes through case studies

• Demonstrate potential of EU-wide uptake of the schemes

• Embed EPCs in energy audits, databases, one-stop-shops

• Link EPCs to buildings renovation passports, individual buildings renovation roadmaps or building logbooks

CSA100%


Expected Impact:


• Investments in sustainable energy triggered (million EUR)

• Increased convergence of good quality and reliable energy performance assessment and certification, uptake and compliance with EU Directives and related standards

• Increased rate of application and compliance of EPCs and independent control systems with the provisions of EU and national legislation, in a defined region

• Increase of EPCs databases for compliance checking and verification, linking with financing schemes and building stock characteristics research etc

EUR 1-‐‑2 million


Scope:

• Innovative approaches for assessing building energy performance

• Reliable assessment of building intrinsic performances

• Work towards output-based assessments using available building energy related data

• Improve reliability, cost-effectiveness and compliance with EU-standards, to allow for EU-wide deployment

• Involve relevant stakeholders, including certification bodies

• Consider using EPCs in building passports and renovation roadmaps

TRL6-‐‑7

IA70%


Expected Impact:

• Improved user-friendliness of EPCs in terms of clarity and accuracy of the information provided

• Enhanced user awareness of building energy efficiency


• Investments in sustainable energy triggered (million EUR)

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

EUR 2-‐‑2.5 million

Time for your questions!

Roberto LolliniCoordinator of the 4RinEU project

What makes the project successful –Experience from the current H2020 project

Agata KotkowskaHead of Buildings, Heating and Cooling Sector, EASME

Closing of the session

Information sources

• Horizon 2020 Participant Portalec.europa.eu/research/participants

• National Contact Points

• CORDIS databasecordis.europa.eu

• EASME websiteec.europa.eu/easme

• Queries via email: EASME-‐[email protected]

https://energy.easme-‐web.eu/

The European portal for energy efficiency buildings

• Upload and collaborate• Exchange best practice• Latest news, research• Find data tools, financing

schemes, project case studies

www.buildup.eu

Thank you! #H2020Energy

www.ec.europa.eu/research

25th October 2017Lunch break12:30 – 14:00

Experience from a current H2020 project

BRUXELLES 25/10/2017

EE10-2016: Supporting accelerated and cost-effective deep renovation of buildings

Needs:• Comprehensive deep

renovation packages• Reduction of time and cost of

renovation• Viable business approach

Specific challenges:• Inefficiency of the EU building

stock• Few amount of buildings under

deep renovation

Expected impacts:• 60% Net primary energy saving

• 15% Cost reduction (compared with a typical renovation)

• -50% time for deep renovation

2

Steps to prepare 4RinEU proposal

Preparatory activities

• Call scope and expected results à focus on energy, time, costs

• Background from past research works to find à key technologies, and supporttools for developing a robust&reliable deep renovation approach

• Outlines drafting à main ideas, possible impacts, exploitable results, neededskills and expertise (prepared by the coordinators)

Consortium

• Contacts and interactions to shape the best possible partnerships: to performresearch, to develop technologies/tools, to demonstrate results

• Definition of roles and responsibilities

3

Steps to prepare 4RinEU proposal

Proposal• Detailing excellence section: key points to actually trigger building deep

renovation market (simulation, industrialization, structured approach)

• Quantitative analysis to define potential impacts on EU building stock, whiledrafting exploitation plan for project results

• Overall approach and methodology for (1) RTD (2) demonstrationestablishing local demo-cases working groups (issues: timing synchronization,procurement procedures, local technology providers, early adopters to testreplication potential), (3) exploitation and (4) dissemination

• Project&risks management (issue: size of consortium and different workingapproaches)

• Budget finalization (issue: size of demonstration actions)

4

The project 4RinEU (Oct 2016 – Sep 2020)

Technical Credibility FinancialSocial

NEEDS

ANSWERS

to increase efficiency of whole deep renovation process

do not allow the targeted 3% renovation rate

5

Cost-optimal energy audit

Collaborative design platform

Deep renovation implementation

management

Cost-Effective Rating System

PMFPPEH

Sensible Data Handler

Early Reno Strategies for End of Life

Comfort Ceiling Fan operation

The project 4RinEUWe are trying to cover all the phases of a deep renovation process:

4RinEU enables to manage complexity improving the key elements of deep renovationprocess, by transforming data in effective information for different players, and rating thepossible alternatives in terms of: energy, comfort, renovation time and costs, environmentalimpact.

6

Audit

Design

Implementation

Commissioning

Managing

Maintenance

Dismantling

DATA/1 FROM EXISTING BUILDING

INFO/0: drivers to deep

renovation

INFO/1: deep renovation technology concept

INFO/2: deep renovation drawings

DATA/2 FROM RENOVATED BUILDING

INFO/3: Data from sensible building data

handler

R7.Energy audit(ADERMA)

deep renovation concept R10.Cost-‐effectiveness

rating system(4RinEU team)

deep renovation projectR1toR6 + R8.

Ren. pack. + Design platform(LDWG)

tech/non-‐tech context constrains

implementationR9.Lean manag.

(LDWG)

R5.Sensible buildingdata handler

(IES)

facility management(bld manager)

maint.deep ren.

functioning

issue

• Auditing

• Design

• Implementation

• Commissioning

• Managing

• Maintenance

• Dismantling

Sources: Thermics, eurac research

The project 4RinEUTechnical

TO REDUCE ENERGY DEMAND

TO IMPROVE ENERGY EFFICIENCY

Prefabricated Multifunctional Facade

Plug and Play Energy Hub

From a prototype…

…through industrialisation…

…to a product!

From a concept…

to technical details and specifications (bill of materials)

Sources: Gumpp&maier, eurac research7

The project 4RinEUFinancial

Fed with the Technologies and the methodologies.The 4RinEU Rating System:• drives the investors in deep renovation• identifies the level of risk of renovation process

(by analysing potential failures)• enables conscious investments ranking possible

deep renovation packages depending oninvestors priorities and available financialsupport schemes

Cost-Effective Rating System

8

Demo cases and early adopters

3 Demo cases:

HAUGERUDSENTERETOslo - Norway

MARIËNBURG Soest – The Netherlands

ALSAMORA 6Lleida - Spain

Specific target: residential social housingIdentified with the partners the main renovation drivers à demo cases rapresentative ofthe renovation needs

Source: eurac research

9

Demonstration of the impact

Life Cycle cost reduction >15% due to:

Renovation package Demo case 3:

PFM + integration of ventilation

New heating system + PPEH

Optimisation of RES with Early Reno

Installation of ceiling fans

Expected energy savings >70%Source: eurac research

Reliable savings estimated by 4RinEU audit

Higher durability and reduced maintenance of 4RinEU technologies

Failures reduction during the construction10

Demonstration of the impact

• Action shifted during the industrial process

• Actions on the building site non necessary for 4RinEU deep renovation packages

Renovation time on the building site reduced up to 50% thanks to:

TRADITIONAL RENOVATION VS 4RinEU RENOVATION

Prefabricated envelope Plug&play HVAC management system

Deep renovation implementation management

• Actions improved through Lean management of the building site

• Reduction of the failures

- 32%

- 16%

- 5%

11

The project consortium

Applied Research Centres

R&D

Technology partnersManufacturer of prefabricated timber construction elementsManufacturer of H&C systems integrating RES

Public institutions

Social housing agency

Manufacturer of H&C systems integrating RES

Consultancy

Construction company

Research to market

Engineering companiesSoftware developers (support to the design&assessment)

12


Project coordinator

- Envelope- HVAC- RES

- Comfort- Data into information- End-of-life

Support to develop strategies and implement specific plan for the market penetrationCompanies dealing with technology development:

13


Auditing methodology

Construction sitemanagement

Participative design,cost-effective ratingsystem

Collaborative designplatform

14

Cost-Effective Rating system based on:1. Energy2. Environmental impact3. Comfort4. Time5. LC Costs


Demo case owners Local demo advisor

15

EE1 2018/20192020 Decarbonisation of the EU building stock

• Rates of renovation à too low • Renovation projects à more reliable, and

more cost-effective

• Renovation implementation à less time-consuming, and less cumbersome for the occupants

Natural follow up for 4RinEU à user needs driven approach, optimizing process, technologies and RES exploitation

Rationale (why?):

Key issues (how?):

Expected impact:

• Faster & cheaper renovation• high energy performance standards • less disruption with holistic solutions

• high levels of occupant comfort. • Decisions to renovate may sometimes

coincide with structural repairs.

-‐ 15% cost reduction compared with typical renovation-‐ Demonstrate the effectiveness of the proposed solutions-‐ Reduce time needed for renovation by half compared with typical renovation

16

THANK YOU!

http://4rineu.eu/

Roberto [email protected]

The project 4RinEUTO IMPROVE BUILDING OPERATION

Sensible Data HandlerEarly Reno

Strategies for component End of Life

light

heat

RES

ventilation

Source: eurac research

Existing separate modules

Integrated optimisation tool

Technical

Comfort Ceiling Fan operation

18

TO REDUCE CONSTRUCTION WASTE

Source: IES

From a user need

Towards a usable App

The project 4RinEUTo support the stakeholders along the wholerenovation process:• Help to understand renovation issues and

associated potentials,• Ensure an effective and participated design,• Manage the construction site and reduce the

working time and the associated failures.

Credibility Social

Cost-optimal energy audit Collaborative design platform

Deep renovation implementation

management

19

Documents

EPBD&revision8 policy&background:& - European Commissionec.europa.eu/easme/sites/easme-site/files/h2020_energy_info_days... · CLEANENERGY&FORALL&EUROPEANS EPBD&revision8 policy&background:&