4.00pm Registration begins. Visitors have an opportunity to view product displays and network.

4.30-5.45pm Workshop -Renewable Entries in the DEAP Software.Presented by Kieran O’ Sullivan Consulting Engineer –BER Auditor for SEAI. Kieran will demonstrate the correct entry ofrenewable technologies into the DEAP software. Scenarios examined with a Q & A opportunity.

5.45-6pm Tea & Coffee

6.00-7.00pm Technologies Presentations. (10min each)

Presenter Company Job Title Presentation.David McConnell Mitsubishi Heating Product Manager EcoDan Heatpump Technologies.Con Dempsey Clean Energy Ireland Air Tightness Test Engineer NSAI Air Tightness Test requirements.Barry Murphy, Vent Axia Irish Product Manager Kinetic Heat Recovery Systems.Paddy Rose Clean Energy Ireland PV Product Sales Manager Solar PV, How it works and benefits.Patrick Wycherley Clean Energy Ireland MD Clean Energy Ireland Air Tightness Products.

7.00- 8.00pm Presentations, Stephen McCarthy, Chairman CIF Southern Region, Title: The Construction Roadmap and access to Finance.William Keane Chartered Engineer HomeBond Title: Assigned Certifier Requirements??Kieran O’ Sullivan, BER Auditor for SEAI Title: What are the Part L Renewable requirements and how

are they achieved.

Event Program

Clean Energy Ireland was formed in 2006.

Based in Ovens, Co. Cork

Products & Services:•Solar Thermal, Supply and fit. NSAI Certified Kit

•Solar Photo Voltaic Supply and fit.

•Heat Recovery and Ventilation Supply and fit.

•Air tightness testing NSAI Certified tester

•Air Source Heat Pumps Supply and fit

•Air Tightness Products Distribution and support.

David’s ASHP Presentation

Mitsubishi Air-to-Water Heat pumpsBy

David McConnellHeating Product Manager

Contentsq Market Drivers

q Housing Market

q Irish Heat Pump Market

q Ecodan range

q New cylinder range

q FTC5 Controller

q Summary

Market Drivers

q Climate Change

q Fuel Poverty

q Security of Supply

q New Building regulations (Part L)

Irish Housing Market

q 2007 peaked – Over 90,000 new builds

q Unsustainable volume for population 4.5million

q Natural demand approx. 25,000 per year

q 2014 Starting to see recovery in demand and pricing

Heat Pump Market

q Traditionally the one off Self-builder market

q Usually larger heat pumps to suit larger houses

q 2006 market was 70% Geothermal 30% Air source – this has reversed

q Trend now going towards smaller better insulated houses – leading to an increased demand for smaller ASHP.

q Market expansion driven by Building regulations (Part L) 0

100020003000400050006000700080009000

2012

2013

2014

2015

2016

2017

2018

Part L background

q 2008 revision 40% improvement on 2005 regulationsq 2011 revision 60% improvementq Renewable energy requirement 10 W/m²q Improvements on Energy Performanceq EPC reduced to 0.4 (Energy Performance coefficient)q CPC reduced to 0.46 (Carbon Performance coefficient)

Monobloc Range5kW, 8.5kW, 11.2kW, 14kW

Splits Range4kW, 7.5kW, 12kW

Ecodan - The Range

Mitsubishi outputs are sized at ambient air temperature +2ºC

Ecodan was the first:q Inverter driven ASHP with MCS certification

q ASHP with Eco label

q Inverter driven heat pump installed in a Irish domestic application

q ASHP to achieve the Quiet mark

q To offer 24/7 technical assistance for installers

q Online homeowner portal for end-users

q To provide external plate heat exchanger technology as standard for domestic hot water

FirstsWe are now into our 5th generation of heat pump solutions

You might think that all heat pumps are the same!

q Full range of inverter driven equipment

q High outputs al lower ambient air temperatures

q Unparalleled corrosion resistance

q High performance heat exchangers

q Decades of control and refrigerant knowledge

Ecodan is unique

Outdoor UnitWhat is Bluefin treatment?

q Salt / sea air protection coating

q Reduces risk of corrosion to the evaporator coil

q Provides 4 x the protection as standard coils

q Standard on all Ecodan models

Why? …. Because we live on an island!

What is Magi Zinc® ?

q Protective coating for galvanised steel

q All Ecodan are manufactured utilising Magi Zinc®

q Outperforms protection offered by conventional

galvanised steel

q Standard on all Ecodan models

Unparalleled output performance – Even at low ambient temperatures.

Outdoor Unit

q Heat Pump capacity reduces as ambient air temperatures drop

q As a result other manufacturers have to either oversize or add electric

heaters to supplement this loss in capacity.

q With Mitsubishi’s experience this drop is kept to a minimum

q Ensuring you get what you paid for – Heat when you need it!

Innovation focusing on:

q Better heat loss performance (60mm insulation)q Faster recovery timeq Higher efficiencyq Integrated designq Ease of installation

2015 CylindersNew range FTC5 Pre-plumbed cylinders

Our range of cylinders now include:

q Standard: 150L, 170L, 210L, 250L, 300L

q Slimline: 150L, 170L

q Solar integrated: 210L, 250L, 300L

q Packaged monobloc: 200L

q Packaged split: 200L

All manufactured with high corrosion resistance Duplex stainless steel and are WRAS approved.

2015 Cylinders

External plate heat exchanger instead of coil

Advantage over standard coil

q 17% improvement in efficiency

q Faster recovery time

q Even heat distribution throughout the cylinder

q No volume displacement by coil

q Made possible by Mitsubishi Electric Scale-

Stop technology

2015 Cylinders Key Feature

q Filters small lime scale particles

q Promotes the growth of scale inside the trap rather than on plate heat exchanger

q Maintains high efficiency in the plate HEX

q 1mm build-up of scale can reduce efficiency by 11%

2015 Cylinders

Low Loss Header

Secondary Pump toZ1 Heating Circuit

FTC5

Automatic Air Vent

DHW Outlet

3 Way Valve

Drain Valve

Flow Sensor

Primary Pump to Outdoor Unit

Titanium Immersion Heater

Mitsubishi Electric Scale-Stop Technology

Cold Feed Inlet

T&P Safety Valve

Magnetic Filter

DHW Pump

DHW Plate Heat Exchanger

At a glance

q Intelligent self-learning auto adaptive control

q Multiple unit cascade control

q SD card setup and data logging

q Hybrid boiler control

q Control of two different temperature zones

q Energy consumption displayed

q Flow sensor readings displayed

q Optional wireless remote control

q Holiday mode & boost control for DHW

q Wi-Fi compatible

q Simple end-user control

With FTC5 …. your in control

Energy Monitoring Pack 1: EMP1

q No additional equipment required

q Allows end-users monitor energy consumption and output

q Energy consumption displayed on main controller

q DHW, Space Heating, & total consumption q Current month

q Previous month

q Previous 2 months

q Current year

q Previous Year

q Data is stored regularly onto an SD card and is also sent to MELCloud

FTC5 Energy monitoring

MELCloud remote connectivity

Functionality will mean we do not need access to the site in order to make changes and review performance

q Space heating statusq Room temperature adjustment – 2 Zoneq Hot water statusq Hot water temperature controlq Remote time settingsq Holiday modeq Live weather feed from Ecodan locationq Available for Smartphone, Tablet and PC /

Mac.q Control and monitor via Wi-Fi

Applications

New Housing Schools Apartments

Agricultural

Leisure Nursing Homes Retrofit

Hotels

Summary

• New business opportunity• Growing market• Significant end-user benefits• Simple to use control• Easy to install solutions• Proven technology• Excellent installer & end-user support

Thank you

Con’s Air Test Presentation

Thermal performance of buildings-Determination of air permeability-Fan pressurisation method I.S EN:13829

Air Tightness Testing

•Air tightness is defined as preventing the flow of unplanned air entering a building through gaps and cracks in the building fabric.

•Poor air tightness increases the amount of heat loss in a building as warm airis displaced through the envelope by colder air from outside.

•Furthermore,Air leakage of warm damp air through the building structure can also lead to condensation within the fabric, which reduces insulation performance and causes fabric deterioration.

What is Air tightness?

Air tightness should not be confused with ventilation or lack there off

Air Leakage is measured in..“m³/h/m² of surface area”

How is Air Tightness Achieved?

*The Envelope needs to be planned at the design phase*

Considerations:- Construction practicalities.- Position within the construction .- Long term durability.- Application.- Responsibilities.

By Creating an effective air tight envelope.

Why should we test?

•Part L requires it.•In 2008 DOE Part L permeability =10m³/(m².h) as a reasonable upper limit.•In 20011 DOE Part L required a =7m³/(m².h) as a reasonable upper limit.

•Increases Occupancy Comfort Levels

•Reduces Energy Costs

•The BER may be the motivation.

•Makes the insulation work better.

A good performing house (Permeability ≤3) would loose 15% of it’s air/hour.Your Average house (Permeability ≈5) would loose 25% of it’s air/hour.Your poor house (Permeability >7) would loose >35% of it’s air/hour.

Draughts.

What needs testing?

1.5.4.7 Where an air permeability value betterthan the backstop value of 7 m3/hr/m2 at 50Pascals is claimed for use in DEAP, a testshould be performed on each dwellingclaiming that value.

How is it Tested

Air pressure

Air Volume

Depressurising the Building

How is it Tested.....contd

Blower Door Test is where a fan is mounted on an external door( most air-tight) and air ispumped out the house at a controlled rate. All the planned vents are closed and services sealed for the test.The fan speeds adjusted to create a building pressure of -50 Pascals.The air flow (V50) being expelled to maintain -50 Pa is recorded as m³/hr.Air re-enters the house through the leakage points, this volume of air entering at -50 PA tells us how sealed the house is.

Two Methods:Method A: Passive House Method B: TGD Part L

Case Study -Dwelling Parameters: Floor Area: 158m²Surface (Envelope) Area 301m²Volume 396m³Test Results:V50 (Airflow at -50Pa) 1414m³/hrn50 (Air changes 1/hr) 3.57q50 (Permeability) 4.70m³/(hr*m²)Air changes at normal pressure 0.17

MVHR Range

Barry Murphy

Features & Benefits

• Recognised in SAP Appendix Q• Ultra quiet• Horizontal duct option for space-saving installations• High airflow and ideal for student accommodation clusters• Unique folding filter for removal when access is restricted• Integrated digital controller for simple and accurate

commissioning• Lightweight for easy installation• Plug and play controls; Humidistat, Ventwise, Wireless remote• BMS connectivity• LS inputs/(Light Switch)• Volt-free inputs• Self diagnosis for simplified fault finding• Adjustable delay On/delay Off timer

Accessories

• Wired remote controller• Wireless enable kit – up to 4 wireless controllers with one unit• Ventwise controller – detects air quality• LED alarm with 15m cable• PIR Sensors• Humidity Stats• For volt-free bms connection• Kinetic spare filters 2 pk.• F5 pollen filters• 180mm/200mm spigots

Paddy’s PV Presentation

Contents

•Introduction to Photo Voltaic (PV) Technology.

• How is Solar PV of benefit.

• How to make effective use of the technology.

• Costs & ROI.

• Recent Projects.

Contents

•Introduction to Photo Voltaic (PV) Technology.

• How is solar PV used?

• What are the benefits?

• How to make effective use of the technology.

• Costs & ROI.

• Recent Projects.

IntroductionPhotovoltaic

,

• Photo Voltaic technology converts light energy into a DC voltage.

• The DC is then converted to AC and used at source or exported to the grid.

• Very popular all over Europe, except in Ireland (until recently).

• Since 2012 the cost of equipment has decreased significantly.

The Technology Was invented in 1960.

How is Solar PV used?

•Provide power to the building “As consumed” ☺

•Provide base load power, typically 500-600watts.

•Divert power to a “Dump”, i.e. A space or water heater. ☺

•Export to the grid. L

The Benefits

1.Own your electricity supply.

2.Future proof against rising costs.

3.Heat your domestic hot water.

4.Reduce carbon Footprint.

5. Adds value to you property.

6. Zero maintenance.

7. long life components (25 year guarantee on modules -80% yield)PV panel guarantee = 25 years (min 80% yield)Inverter guarantee = 10 years.

8. Effectively meet building regulation compliance.

Costs & Return on Investment

Cost/KW: Typically €1400 - €1500 nett. Installed. (≥1.5KW)

Yield/KW: 1,000- 1200 KWH/year (average ≈€184/Yr/KW) *

ROI: Typically 7.6 Years.

Yr1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

- €1400

€0

+ €1400

+ €2800

+ €360025 Yr PV Modules guarantee finishes.

* Assumes 1100 KWH yield and provider €0.15/unit cost, nett rate.

Recent Projects.

Sheltered Housing, 8 apartments (24 panels -8KW)

Recent Projects.....Cont’d

Health Care Facility, (24 panels -8KW on three roofs)

Recent Projects.......Cont’d

A Housing Development in Wicklow, (7panels -3.75KW)

Recent Projects.......Cont’d

A Housing Development in Cork, (3, 5 & 6 panels/house)

Recent Projects.......Cont’d

A Housing Development in Cork, (3 panels/house + Solar Thermal)

Patrick’s Air Products Presentation

Air Tightness Products.

Clean Energy Ireland distribute the Gerband air tightness system in Ireland and the UK.

Gerband is developed and manufactured in Germany by Gerlinger Group.•240 employees in the group•Approx. 15% of staff employed in R&D•ISO 9001 and ISO 14001 certified.

Why are we distributing air tightness products?

Where can you buy the products?

What do the products cost?

Are the products certified?

What product support do Clean Energy Ireland provide?

Gerband 586, Universal Tape.Sizes, 50mm – 150mm X 25m

Winflex-I Window TapeSizes: 70mm – 400mm X 40m

Gerband Fortax Sealant Sizes: 310ml & 600ml sausage

Gerband Sd2 Membrane.Sizes, 1.5m X 50m

Gerband Split Release Tapes.Sizes, 48/12, 88/12 & 50/50 X 25,

Service GrommetsSizes: 5mm -100mm

Sealing around an External Window.WINFLEX –I & Fortax 6400 sealant

Sealing the ceiling to the wall.•Sd2 Control Membrane Gerband 586, & Fortax 6400

Sealing a Window Frame to MembraneWIN 48-12, Gerband 586 & SD2 Control

Product Applications

Sealing between Wall, Floor & EX Door Frame•WIN 50-50 (New Product), WINFlex-I & Fortax 6400.•The WIN 50-50 concrete base is primed with Primer 6300.

Sealing around a HRV duct.•Sd2 Membrane, & Gerband 586.

Sealing for a Recessed Light.•Sd2 Membrane, Recessed light hood & Gerband 186.

Product Applications......contd

New Product Introduction

Full details on our website.