Lis OBrien Retrofitting Architect and Sustainable Energy Engineer - - PowerPoint PPT Presentation

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Lis OBrien Retrofitting Architect and Sustainable Energy Engineer - - PowerPoint PPT Presentation

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A2PB A2PBEER Affordable and Adaptable Public Buildings through Energy Efficient Retrofitting A2PBEER Affordable and Adaptable Public Buildings through Energy Efficient Lis OBrien Retrofitting Architect and Sustainable Energy

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ECCREDI Council, 9th November 2017, Brussels

A2PBA2PBEER– Affordable and Adaptable Public Buildings through Energy Efficient Retrofitting

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Lis O’Brien

Architect and Sustainable Energy Engineer

Project Officer at the Development Unit of the Limerick Institute of Technology, Ireland elisabeth.obrien@lit.ie

ECCREDI Council

9th November 2017, Brussels

A2PBEER – Affordable and Adaptable Public Buildings through Energy Efficient Retrofitting

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Content

LIT Background A2PBEER Overview The Project Details Results Achievements to date

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About LIT

6,500 Students 5 Dynamic CAMPUSES 7 Enterprise Centres LIMERICK Moylish Clare Street George’s Quay Coonagh* (under development)

LEDP, Roxboro Croom & Newcastlewest

TIPPERARY Thurles Clonmel CLARE Ennis Education Centre

Sunday Times Institute

  • f the Year 2009 & 2013
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  • Research, Development and

Innovation (RDI) Directorate within LIT

  • Applied/Real World Focus
  • Agility and Responsiveness
  • Leadership and willingness to

engage

  • Output/Delivery Focused

Research Development Innovation

Strategic Planning Review: 06 - 02 - 2017

RDI

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5 Manufacturing, Engineering & Energy Focused, Agile, Responsive, Resilient, Sustainable, Collaborative & Clustering

LIT: Innovation through Collaboration

Biotechnology, Food & Health

Shannon ABC & FOOD@LIT Health & Wellness Community of Practice Limerick for Engineering & IT; Enterprise & Research Centres Social Enterprise ACORN: Convergence: ICT & I 4.0 Sustainability and Rural Development ACADEmy@LSAD Social Sciences Connexions Strength and Conditioning

Creativity, Design, Art & Social Sciences Enterprise & Community

Active Learning

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  • Development Unit works across LIT supporting access to

EU funds, engaging with public and private sectors

  • Applied focus engaged in capacity building, applied

research and development activities

  • Core areas

– Sustainable Energy and Renewables – Sustainable Development – Social Enterprise – Rural Development and Transport

  • International, EU, National and Regional Focus
  • H2020, Erasmus +, Interreg, etc etc

LIT Development Unit

www.lit.ie/RDI/

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What’s it all about?

A2PBEER OVERVIEW

Affordable and Adaptable Public Buildings through Energy Efficient Retrofitting

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Background

  • Buildings are responsible for 40% energy consumption in EU

(especially pre 1980)

  • In Europe public buildings represent 30% of non- residential

buildings

  • Only 1% of existing buildings are retrofitted

To achieve 2020 targets and beyond need to retrofit existing buildings

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The A2PBEER Project

Who is involved? Finishing FP7 Framework – February 2018 Many Successful Targets

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Main Targets:

  • 1. Demonstrate innovative Technological Solutions.
  • 2. Best Practice Retrofit of public buildings in Spain,

Sweden and Turkey.

  • 3. Improve their energy performance by 50%
  • 4. Integrate the results and lessons learned into

Case Studies and Replicated in Social Housing.

  • 5. Disseminate and exploit results through Training

Workshops for building owners and managers, professionals and site managers.

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A2PBEER Website - www.A2PBEER.eu A2PBEER Video

https://youtu.be/1X9b8YrlmvY

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Project Details

  • Technologies
  • Retrofitting Strategies in

Demonstration Sites

  • Training Workshops
  • Retrofitting Support Guide Tool
  • Financial Tool
  • Dissemination and Exploitation
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Technologies

  • 1. Envelope: External Ventilated Façade

Internal Insulated Façade Smart Window

  • 2. Intelligent Fibre Optic Light System
  • 3. Solar Cooling & Heating Collector
  • 4. Smart Dual Thermal Network
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Design of External Ventilated Façade

High performance thermal insulation materials that can achieve high thermal energy resistance, with a low thickness has become a technical challenge

VIP panels protected with rubber PVC clip supporting VIP Aluminium anchorage Thermal pad Aluminium T‐Profile Cladding (ceramic)

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FINAL SOLUTION ‐BUCHTAL KeraTwin K20 solution:

  • VIP Panels: nominal dimension 1100x600mm; thickness (30 mm) + rubber (3+3 mm,
  • nly on VIP large faces) + silicone like material 2mm thick to protect VIP edges
  • PVC clip supporting VIP panels (length as the VIP panel), H profile (central thickness

5mm, lateral thickness 3mm)

  • Additional continuous vertical PIR‐M insulation (nominal cross‐section 40x36mm)
  • Supporting structure
  • L 40/80/150mm aluminium profile, thickness 4mm, with thermal pad
  • T profiles (2mm)
  • Cladding – extruded ceramic tiles

Prototype:

1 2 3 4

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  • Benefits – energy savings, costs, ease of

installation, innovation etc.

 Excellent thermal properties ‐ thermal conductivity λ=0,005W/mK  The insulation thickness lower in comparison to other systems ‐ 30mm instead

  • f 200mm

 The system is easy to install ‐ PVC clip integrating VIP into ventilated facade

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  • Evaluation
  • VIPs are integrated in the façade system. Carried out detailed thermal

bridging assessment of the proposed architectural designs.  Thermal performance

  • The envelope material in the VIP is air and water‐tight (it is designed and

manufactured to retain a vacuum within the VIP). Testing carried out to assess condensation problems, not only surface, but also interstitial

  • condensation.  Condensation performance
  • The following performances have been verified:
  • Thermal performance
  • One‐dimensional U‐value, according to EN ISO 6946[2].
  • 2‐3‐dimensional U‐value, when considering multidimensional heat

transfer.

  • Solar heat gain coefficient (g equivalent for opaque envelope)
  • Condensation performance
  • Indoor surface condensation & mould growth risk.
  • Interstitial condensation
  • Overall mechanical performance of the façade
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The need for the Technology

External insulation systems are not always viable.

For historical buildings with facades that are protected from alterations, alternative solutions need to be applied in order to improve thermal performance.

An internal insulated facade solution is therefore necessary

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Internal Insulated Façade

The final solution consists of a continuous VIP layer adhered to the existing wall with a free standing standard plasterboard solution on the interior.

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Considerations.

Protection of the VIP from perforation

The insulating qualities rely on the vacuum created around the silica core. The VIP must be protected from perforations both during installation and during its building use. HOW? RUBBER PROTECTION ON VIP OSB + LAYER OF MINERAL WOOL Thermal conductivity of VIP = 0.005 W/m.K Thermal conductivity of perforated VIP = 0.023 W/m.K.

Integration of existing services and structures

HOW? Provision of service space free of VIPs and vapour barriers with enough depth to incorporate elements

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Solution:

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Main Benefits – level of innovation, Ease of

Instalment, energy savings, comfort

  • HIGH ENERGY SAVING POTENTIAL – U‐value: 0.15 W/m2K
  • MINIMUM

INTERNAL SPACE REDUCTION ‐ Thickness: Maximum of 100mm

  • EASE OF INSTALLATION – Particular attention to detailing at joints
  • FUTUREPROOF FOR SERVICES UPGRADES ‐ Provision of Service layer
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Evaluation

THE DEVELOPED SYSTEM IS A VALID SOLUTION FOR INTERIOR RETROFITS THAT CAN BE CONSTRUCTED WITHOUT PROBLEMS IF CARE IS TAKEN AND THE PROCEDURES CARRIED OUT CORRECTLTY. THE SOLUTION ACHIEVES THE PROJECTED ENERGY SAVINGS WHILST OCCUPYING MINIMAL INTERIOR SURFACE AREA IN CONTRAST TO TRADITIONAL SOLUTIONS . THE SYSTEM RESOLVES THE IDENTIFIED KEY DESIGN REQUIREMENTS:

  • PROTECTION OF VIPS FROM PERFORATIONS
  • OPTIMAL HYGROTHERMAL PERFORMANCE,
  • OPTIMAL THERMAL PERFORMANCE THROUGH MINIMAL COLD BRIDGING
  • INTEGRATION OF BUILDING SERVICES AND STRUCTURES
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Smart Window

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Innovation

  • Main issue of existing low emissivity

windows: low E coating is either on the

  • uter (max. solar gain, desirable in

winter) or the inner side (min. solar gain, desirable in summer)

  • Breakthrough: to develop a reversible

window, so that users can rotate the sash from winter to summer position and viceversa to change the position of low E coating to select the right configuration.

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Design Features

Components Dimensions Typology Glass fitted to the window sash Suncool Brilliant 30/17+Optifloat Clear 6B(30)‐16Ar‐4 Frame 90 x 70 mm wood Sash 90 x 70 mm wood & alum Gasket 15 x 15 mm EPDM Handle ‐ aluminium Reversible system hydraulic system pressure and rotation pin central steel steel, EPDM, glicol Electric lock 4 locking points steel

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Benefits of Retrofitting

Window locked, hermetically sealed Ventilation between frame and sash for improved indoor comfort Reversibility across seasons to control solar gain Easy and safe cleaning: cleaning from inside

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Evaluation

Innovative aspects  reversible sash, closing in the reverse position  possibility to change E Low coating position (energy savings)  innovative type of sealing Advantages  easy access to maintain the window (safe and easy window cleaning)  reduced costs for heating/for cooling during hot periods  comfortable indoor climate and conditions the whole year round  adaptable for different dimensions  possible different divisions  reduced CO2 emissions thanks to the energy savings Disadvantages  no possible tilt position  difficult to get around outside boundaries (columns) Limitations 

  • nly one possibility for window opening (rotation)

 architectural limitations

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Intelligent Light System: Outside

Fiber Optic

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Intelligent Light System. Inside

  • 1. LED (dimmer // not dimmer)
  • 2. Fibers optic diffusor
  • 3. Light sensor and presence detectors
  • 4. Smart system controller

1 3 2 4

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Evaluation

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Solar Cooling & Heating Collector

Heating Cooling

Innovation

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How does it work?

Batch process:

Desorption: input of heat at high temperature. Absorption: input of heat at low temperature.

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Evaluation

  • First time this type of collector is demonstrated – Ankara demo site
  • Operation data will be collected for one year and performance

parameters will be calculated

  • Measured data will be compared with simulated data
  • Fine tuning of the operating parameters of the installation

Still in process

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Smart Dual Thermal Network

Heat production/storage capacity through the deployment

  • f

the Smart Dual Thermal Substations to allow bidirectional heat exchange with the thermal network. Integrated District Energy Management system to optimize use

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Thermal Substation Design Support Tool (DST)

– User friendly tool (no need of specific knowledge of involved technologies). – Possibility to import data coming from simulations or monitoring platforms. – Steady state calculation algorithms. – Implemented in Excel VBA. – Provided outputs to support substation design:

  • Definition of the required substation typology from the heat request

and local production profiles.

  • Definition of the hydraulic arrangements.
  • Evaluation of the potential of the heat recovery from the cooling

module.

  • Module rated power and HE model, retrieved from an ad hoc catalogue

(optional).

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Thermal Substation Design Support Tool (DST).

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Evaluation

Validation and evaluation of the expected performance of the SDTN in specifically defined virtual demo districts (several climatic conditions, etc) – Thermal network performance evaluation through a detailed

  • ffline

sequential co‐simulation procedure including component, building and district level modelling and simulation (EnergyPlus and Trnys) – Evaluation of the performance of the sorption collector

  • ngoing in an educational district located in Ankara.
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Retrofitting

3 demo sites:

University Offices- Bilbao, Spain Maritime Technical Museum - Malmo, Sweden Cafeteria of Vocational School - Ankara, Turkey

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Bilbao, Spain

Basque University

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Bilbao, Spain

Basque University Offices

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Maritime Technical Museum

Malmo, Sweden

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Vocational School, Cafeteria Ankara Turkey

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Vocational School, Cafeteria Ankara Turkey

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Replication

3 pilot sites: simulated analysis

Hospital – Genova, Italy Heritage Library – Oslo, Norway Protected Office Building - Zagreb, Croatia

Replicate and validate in social housing neighbourhood located in Grenoble, France

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Train the Trainer Workshop

  • 1. A2PBEER Project Overview
  • 2. Technologies
  • 3. Visit to Kubik Test Centre
  • 4. Site visit
  • 5. Retrofitting Case studies
  • 6. Retrofitting Support Guide Toolkit
  • 7. Financial Tool
  • 8. Pedagogical Approaches
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A2PBEER adopted a holistic approach, considering the different

community sectors in the energy value chain!

Retrofitting Support Guide Toolkit

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Flowchart of A2PBEER Methodology

Feedback from Investment Analysis Feedback from Investment Return Analysis

Building / District Characteristics

P O S S I B L E S O L U T I O N S

Technical Intervention Possibilities Technical Synergies Intervention Packages SWOT Analysis Requirements And Standards

Output: Collection of requirements possibly affecting the retrofit Output: Questionnaire sheet for data collection

Output: List of elements not achieving requirements, standards, energy efficiency targets Output: List of relevant elements which can be retrofitted at a given location Output: Energy efficiency potential, parallel use of systems,synergies

  • f interventions

Output: Retrofitting scenarios Output: Best possible solutions regarding technical & non‐ technical aspects

Web‐tool Step 1 Web‐tool Step 2 Web‐tool Step 4 Web‐tool Step 5 Individual Assessment Individual Assessment Individual Assessment

Relevant Technical Retrofitting Gaps

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Application: Step-by-step introduction to the Toolkit:

Register first

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Steps 1 - 4

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Steps 5 - 7.

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Additional information

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Financial Tool

Analyses a public procurement mechanism for public building retrofitting (regulations, procedures, financing options, etc.) Identifies technical / economic input for the financial analysis (investment costs, O&M costs, energy and water saving, etc.) Excel based Clear financial methodology to assess public building retrofitting projects with financial profitability and risks taking into consideration:

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Tool Interface

The Financial Tool is organized in three main sections composed by several parts (xls sheets), as reported below:

  • Cash Flow 1 + Chart
  • Cash Flow 2 + Chart
  • ….
  • Cash Flow 10 + Chart
  • Cash Flow Total
  • Investment Package

Summary

  • Sensitivity
  • Welcome
  • Table of Contents
  • Project Info
  • Instructions
  • General Input

General Info Working Sheets Results + Sensitivity

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Add Input Welcome Page and Contents

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Cash Flow 1

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Investment Package Summary Sensitivity Parameters

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Training Workshops

Country Number Trained Spain (3 workshops) 99 Turkey (2 workshops) 86 Sweden (2 workshops) 39 Hungary 15 Italy 14 Croatia 18 Norway 25

Training carried out in 11 Countries - aim to train 11 Trainers and 150-300 stakeholders (architects, engineers, building owners, building managers)

Poland 10 Proposed France 15 Proposed

Over 320

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1) Brochures

Available in 9 languages ‐ Distributed to all partners and available for download on the website.

Dissemination Materials

2) Roll‐up and Poster

Completed and available to download in Publications on the website

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Playlists so far:

  • A2PBEER Project Video 1, 2, 3
  • Technology videos
  • Training Webinar ‐ Spanish Presentations
  • Train the Trainer Workshop
  • Bergamo window video
  • Climatewell talks about solar collector

Take a look at the A2PBEER Youtube Channel: https://www.youtube.com/channel/UC4mexkw HMm9DWiJlVIfRJ6A

6) New A2PBEER YouTube Channel

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Final Conference at WSED 2018, Wels, Austria

  • A2PBEER Session: Friday 02 March, Technology

Innovation Conference: Energy and Buildings

  • Consortium meeting: 27/28 February in Linz
  • Regional Chamber of Architects Kaarstraße 2 / II
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Thank you for listening

This project has received funding from the European Union’s Seventh Programme for research, technological development and demonstration under grant agreement no 609060. The information in this presentation does not necessarily represent the view of the European Commission.