Building Services Engineering March April 2025

CIBSE President addresses Irish conference

Women in HVACR

SEAI

Energy transition offers €19bn annual opportunity

Solar power – Delivering light from light

Building a sustainable data centre sector

Next Generation Connectivity

Mitsubishi Electric is delighted to announce the launch of its intuitive control solution designed to simplify the management pump systems.

Paired with the optional EW-C50E Expansion Controller, this rel for multi-zone applications.

At the core of the system, the AE-C400E provides a clear, responsive user interface and advanced connectivity options to streamline HVAC operation across up to 50 indoor units. When combined with the EW-C50E, users can expand that capacity even further, to up to 400 units—making it ideal for larger buildings or multi-site projects requiring centralised control with flexibility and precision.

Mitsubishi Electric Ireland Living Environmental Systems

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editorial

Amajor shift in European sustainability reporting is underway as the European Parliament and Commission have approved a delay in the implementation of the Corporate Sustainability Reporting Directive (CSRD) and the Corporate Sustainability Due Diligence Directive (CSDD). Critically, this decision dramatically reduces the reach of the CSRD by increasing the employee threshold for reporting from 250 to 1,000, effectively exempting an estimated 80% of companies. New deadlines push compliance for the next wave of CSRD companies and the initial CSDD group to 2028. This adjustment, stemming from a European Commission proposal in February, is intended to allow legislators to simplify the existing regulations. The Commission contends that this revised approach will yield significant administrative cost savings for companies, estimated at €6.3bn, and concentrate reporting obligations on the largest corporations, which are considered to have the most substantial impact on both people and the planet. If there are any issues or stories you would like to see featured in Building Services Engineering, email me at robbie@buildingservicesengineering.ie

Robbie Cousins Editor

LIGHTING

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NEWS AND PRODUCTS

Over 22,000 more engineers needed in Ireland, urgent education reform urged

Ireland will require over 22,300 additional engineers over the next decade, a demand that highlights the urgent need for reform in our education system. A new report, ‘From Awareness to Action - Engineers Ireland advocating for engineering outreach’, exposes critical gaps in Ireland’s STEM education landscape, particularly regarding how engineering is taught and promoted.

The Engineers Ireland report warns that failure to address the shortage of engineering talent over the next 10 years could threaten Ireland’s continued economic growth, delay vital infrastructure projects and hinder the country’s competitiveness in attracting foreign direct investment.

From Awareness to Action: Engineers Ireland advocating for engineering outreach, released in conjunction with the 25th anniversary of Engineers Ireland’s STEPS educational outreach programme, shows that just 9.8% of graduates in Ireland come from engineering disciplines, nearly half the global average. The gender gap is also stark: only 4% of female graduates are from engineering disciplines, while statistics from the Higher Education Authority show that female students account for only 25% of those enrolled in engineering and construction courses at third level. Women make up around 12% of the current engineering workforce.

To address this, the report recommends measures such as a centre of excellence dedicated to engineering outreach, the development of best practice STEM guidance, reforms in STEM curricula in schools, and increased promotion of alternative pathways into engineering, including apprenticeships, as means of increasing numbers entering the profession.

Co-author of the report and Registrar at Engineers Ireland, Dr

Keith Sunderland, said:

“Current projections point to a worrying shortage of engineering talent in the coming years, which may threaten Ireland’s ability to thrive in a technology-driven, knowledge-based global economy. Since its inception 25 years ago, our STEPS programme has reached over two million young people, introducing them to the inspiring engineering world. But more can be done to promote engineering and STEM within our schools.”

The report is available to download at www.engineersireland.ie or scan the QR code

Innovation and impact - Construct Innovate launches third Seed Fund call

Construct Innovate, has announced its third Seed Fund call, seeking collaborative and impactful research projects led by industry members with a focus on innovation and impact. The fund aims to empower organisations within the Irish construction sector to address their key organisational and sectoral challenges and capitalise on innovation opportunities through research partnerships.

Open to Construct Innovate members, eligible projects must involve at least one researchperforming organisation (RPO) member and one associate/patron member as collaborators. The maximum funding available per project is €50,000, and a minimum industry contribution of €15,000 (cash or in-kind) is required in addition to the requested funding.

Past supported projects include ‘Pioneering and promoting material past technology’, ‘Modernising windload standards for Ireland’ and ‘Solar Construct: Enabling the use of solar energy in the construction sector’.

Final submissions should be uploaded by 12 PM, 31 May 2025.

Caption: (L to r): Damien Owens, Director General, Engineers Ireland; Úna Parsons, Retired Head of College, Atlantic Technological University, and Head of Faculty of Engineering and Design; and Dr Keith Sunderland, Registrar, Engineers Ireland and STEPS Director.

90% of today’s installed pumps are outdated and inefficient! Our energy audits demonstrate how upgrading to highly-efficient pumps with the latest technology can save energy and reduce carbon emissions.

NEWS AND PRODUCTS

Heat Pumps Association expands membership opportunities

The Heat Pumps Association of Ireland

AGM took place in Portlaoise on 12 March, 2025, during which the following individuals were elected as directors: Jeff Colley (Chair) from Passive House Plus; Mike Cotter representing Alternative Heating and Cooling; April McHale from Daikin; Niall Fay of Grant Ireland; Dave McConnell from Mitsubishi Electric Ireland; Walter Stephens of Panasonic; Chris O’Brien representing Precision Heating; Stephen Murphy from the Renewable Energy Centre; Paul O’Donnell of Unipipe; and Shane Kelly from Unitherm.

A key decision made at the AGM was the approval of a new constitution. This updated framework will introduce new membership categories, enabling a wider array of industry participants with a vested interest in heat pumps, including installers, consultants, one-stop shops, and utilities, to join the association.

CIBSE Young Engineers

Network Chair

Dylan Ryan of Eurogas has taken up the role of Chair of the CIBSE Young Engineers Network (YEN), succeeding Ryan Loney of Callaghan, RED Engineering Design.

CIBSE YEN offers valuable support to early-career engineers within their first decade of practice, providing both local and international connections to foster long-term success in the building services industry.

Upon his appointment, Dylan said he was honoured to succeed Ryan as Chair. “Ryan has made a significant impact on the group, and I thank him for his hard work. I intend to continue this tradition by organising networking events to bring young engineers together to support career growth, and I look forward to meeting everyone across the year.”

Upcoming YEN events this year will include the CIBSE Touch Rugby competition, sponsored by Building Services Engineering in July.

APHCI announces organisational restructuring, new CEO appointment and a strategic industry partnership

The Association of Plumbing and Heating Contractors of Ireland (APHCI) is undergoing a significant restructuring to amplify its national presence and influence within the industry. This move coincides with the appointment of David Gilroy as its new chiefexecutive officer (CEO) and the establishment of a crucial strategic partnership.

David Gilroy brings extensive experience

in the sustainability and energy sectors and will lead APHCI through its next phase of growth, innovation, and member-focused development.

The announcement was made at the SEAI Energy Show in the RDS, Dublin, where David Gilroy was joined by John Reynolds, Patrick Jordan and Ken Lawrence, members of the APHCI board of directors.

During the event, David Gilroy and the

APHCI directors met with Minister for Climate, Environment and Energy and Minister for Transport Darragh O’Brien and SEAI CEO William Walsh to highlight the critical role of skilled plumbing and heating contractors in meeting Ireland’s retrofit and decarbonisation targets.

APHCI also announced a new strategic partnership with UpperCross Enterprise Limited (UEL), a significant development for the sector. The collaboration aims to support members with access to advanced commercial solutions, training, and product innovation. UEL Sales Director Niall Fitzgerald joined the APHCI team at the Energy Show to highlight the shared vision of upskilling the workforce and supporting best-in-class sustainable practices.

David Gilroy commented: “This is an exciting time for APHCI and the wider plumbing, heating and renewable community. Our restructuring, combined with new strategic partnerships, places us in a strong position to lead, advocate, and empower our members as we collectively work toward a low-carbon future.”

To learn more about the APHCI, visit www.aphci.ie/

Pictured at the SEAI Energy Show 2025 (L to r): Niall Fitzgerald, Sales Director, UEL; John Reynolds, Director, APCHI; Patrick Jordan, Director, APCHI; Minister Darragh O’Brien; Ken Lawrence, Director, APCHI; David Gilroy, CEO, APHCI; and William Walsh, CEO, SEAI.

Dylan Ryan, Chair, CIBSE YEN.

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Joanne Cluxton elected the first female president of the ECA as MEBSCA and ECA hold AGMs

The joint Electrical Contractors Association (ECA) and Mechanical Engineering & Building Services Contractors Association (MEBSCA) annual general meeting took place on Thursday, 23 January, 2025, at the Construction Industry Federation headquarters in Dublin 6. This was followed by the Mechanical and Electrical Contractors Association (M&ECA) AGM.

Sean Greally of Designer Group stepped down as chair of the M&ECA and president of the ECA.

Joanne Cluxton from Mercury Engineering was elected as the new president of the ECA, and Eamonn Thornton from CJK was elected as vice president, with Sean Greally assuming the role of immediate past president.

The 2025 AGM marked a significant milestone for the CIF’s mechanical and electrical sector with the election of the ECA’s first female president, Joanne Cluxton, who was wished well for her twoyear term.

In the MEBSCA AGM, Paul

Nicholls of Designer Group was re-elected as president, Mark Hodson of Laminar Engineering was re-elected as vice president, and Eamon McGrattan of CJK remained as immediate past president.

Both the M&ECA and ECA expressed their deep gratitude to Sean Greally for his dedicated service, acknowledging his significant contributions to both associations on a wide range of policy matters impacting the M&E sector during 2023 and 2024. The associations continue to work collaboratively under strong leadership for the benefit of their members and the industry.

As is traditional, the chair of the M&ECA rotates annually between the ECA and MEBSCA presidents, with Paul Nicholls taking on this role for 2025, and he was wished success in his new position.

Following the AGMs, M&ECA members attended the Annual M&ECA Dinner at FX Buckley Steakhouse in Dublin.

Sean Greally, Immediate Past President, ECA; and Joanne Cluxton, President, ECA.

Mark Hodson, Vice President, MEBSCA; Paul Nicholls, President, MEBSCA and Chair, M&ECA; and Eamonn McGrattan, Immediate Past President, MEBSCA.

Officers of the associations (L to r): Sean Greally, Eamonn Thorton, Joanne Cluxton, Paul Nicholls, Mark Hodson and Eamon McGrattan.

ECA, MEBSCA and M&ECA committees members at CIF’s Construction House, Dublin.

NEWS AND PRODUCTS

Chair of EFCA Digitalisation Committee reiterates need for dialogue with EC policy makers to accelerate digitalisation

Jef Ickmans, Chair, EFCA Digitalisation Committee.

Speaking in Antwerp recently at the Technical Institute for Engineering, Jef Ickmans, Chair of EFCA Digitalisation Committee, shared EFCA’s recommendations for the use of open standards in BIM. Drawing from his recent involvement in discussions with the European Commission about cloud computing contracts and the regular discussions within the committee about how to accelerate digitalisation in the sector, he reiterated the need for dialogue with policymakers so that they and the sector better understand each other’s challenges. Stressing the inextricable link between the green and digital transitions, he told the audience, “A greener circular world can only be achieved with a solid and neutral digital comparison framework in place. Open standards will play a big role in this endeavour.”

TU Dublin secures Research Ireland funding for self-cleaning solar panels

Technological University Dublin (TU Dublin) has been awarded €79,779 under the Research Ireland Industry RD&I Fellowship (IRDIF) to develop cuttingedge self-cleaning solar panel technology in collaboration with Kastus Technologies. The project, led by Dr Nima Gorji in partnership with Dr James Kennedy from Kastus Technologies, aims to enhance photovoltaic (PV) efficiency through smart photocatalytic surface coating technology.

Soiling effects on PV panel surfaces can cause power losses exceeding 1% per day, significantly impacting energy conversion efficiency. In 2023 alone, estimated revenue losses due to soiling reached €11.5bn. The introduction of a self-cleaning coating could potentially mitigate €2.3bn (20%) of these losses for the PV industry.

Dr Gorji expressed enthusiasm for the collaboration: “It’s an honour to collaborate with Kastus Technologies under the Research Ireland-funded project to advance our groundbreaking self-cleaning coating for solar panels. This innovation not only addresses the €11.5bn energy loss caused by soiling annually but also sets the stage for sustainable, long-lasting solutions in the PV industry.”

Hydrophobic coatings have traditionally been applied to PV panels, but they suffer from UV instability and durability concerns, and require re-application every 1 to 5 years. Kastus Technologies presents an innovative solution through its smart multifunctional coating, which is applied during manufacturing as a one-time application. This transparent, durable, and hydrophilic coating offers self-cleaning and anti-reflectance properties, reducing water usage, maintaining panel efficiency, and ensuring long-term performance at a competitive cost.

TLI Group awarded Engineers Ireland’s CPD Accredited Employer Standard

TLI Group, a leading critical utility infrastructure service provider, has been awarded Engineers Ireland’s Continuing Professional Development (CPD) Accredited Employer Standard.

The Abbeydorney-based company has nine national offices and is actively involved in delivering high-profile multi-disciplinary projects across four business units: Power: Transmission & Distribution, Renewables & Engineering, Smart Energy Services, and Telecoms.

Following the Standard award, Ruairí Geary, TLI Group, said, “TLI Group is proud to be awarded the CPD Accredited Employer Standard by Engineers Ireland. Obtaining the CPD Accredited Employer Standard acknowledges the importance of our company core values and reinforces our commitment to the ongoing learning and development of all our team.”

(L to r): Aileen Dempsey, CPD Executive, Engineers Ireland; Ruairí Gerry, Director of Engineering & Renewables, TLI Group; Damien Owens, Director General, Engineers Ireland; Jonathan Collins, Engineering Technical Manager, TLI Group; and Damian Murphy, Engineering Design Manager, TLI Group.

Panasonic highlights green initiatives and strengthens partnerships at ISH 2025

During ISH 2025 in Frankfurt, Panasonic Heating & Cooling Solutions held a press briefing to highlight its commitment to decarbonising heating and contributing to a greener future.

Panasonic is significantly expanding its European presence through strategic investments in facilities, personnel, and products, aiming for closer customer relationships. Its four European factories in Tillieres, Barlassina, Wroklaw, and Pilsen are targeting CO2 neutrality by 2030, with the Pilsen plant expected to achieve this by September 2025.

Demonstrating its commitment to sustainability, Panasonic has also deepened its partnership with tado°, a European leader in home energy management, through a €30m equity investment and taking a board seat, fostering greater collaboration and innovation to meet the increasing demand

for sustainable heating solutions.

Hiroshi Komatsubara, CEO, Panasonic HVAC Europe, presented the company’s solution strategy, highlighting efforts to tackle climate change and promote energy efficiency. He emphasised the importance of innovative technologies and strategic partnerships in achieving these goals, saying: “Our mission is to lead the way in sustainable heating solutions by leveraging cutting-edge technology and forming strategic alliances. We are committed to reducing our carbon footprint and helping our customers do the same.”

The presentation highlighted the European Green Deal and the role of renewable energy in achieving climate neutrality by 2050. Panasonic’s heat pump technology was highlighted as a key component in producing renewable heating and cooling. Panasonic addressed the

revised Energy Performance of Buildings Directive and its impact on building energy efficiency, emphasising the importance of sustainable heating solutions.

For more information, visit https://www.aircon. panasonic.eu/IE_en/ or scan the QR code

Panasonic’s Aquarea Loop transforms retrofit heating and cooling with decentralised water-to-air

Panasonic Heating & Cooling Solutions has introduced the Aquarea Loop, a highly energy-efficient, decentralised water-to-air heat pump operating with a year-round low-temperature central water loop (20C-30C) for sustainable indoor heating and cooling.

heat pump technology

The system features a slim 140mm deep indoor unit in three designs. It employs a DC inverter compressor and sealed R290 refrigerant circuit, enabling it to function as an evaporator and condenser. The Aquarea Loop offers cooling capacities from 1.1 kW to 2.6 kW and heating capacities from 1.10 kW to 3.10 kW, with automatic adjustments based on ambient conditions.

The Aquarea Loop improves building efficiency and environmental performance across residential and commercial settings, such as

FC Barcelona and Panasonic agree contract for Espai Barça

FC Barcelona and Panasonic have entered a four-year sponsorship agreement, designating Panasonic as the “Heating Ventilation Air Conditioning Provider” for Espai Barça until June 2028. This partnership aims to enhance the energy efficiency and air quality of the renovated Spotify Camp Nou using Panasonic’s sustainable heating, ventilation, air conditioning, and air purification technologies. The agreement also provides a platform for both companies to leverage FC Barcelona’s global reach, targeting both consumer and business sectors.

modern and heritage buildings, hotels, and hospitals, by maximising renewable energy use and minimising heat loss.

Ideal for refurbishments, it reuses existing piping, replaces radiators, and substitutes heat sources with an Aquarea heat pump. It offers pre-installed hydraulic options (two or three-way motorised valves), an optional Condensation Injection Kit for condensation management and reinjection into the system, and simplified control via onboard or wall-mounted remote controls with Modbus or Wi-Fi connectivity.

For more information, visit https://www.aircon.panasonic.eu/IE_en/

Panasonic Aquarea Loop.

FC Barcelona’ Camp Nou stadium

Hiroshi Komatsubara, CEO, Panasonic HVAC Europe, speaking at ISH 2025 press briefing.

ISH 2025 – Next-generation HVAC and intelligent water management solutions

In the face of climate change and rising environmental expectations, the sustainable use of water, heat and air is becoming an urgent priority. The twin transformation – uniting digitalisation and sustainability – is accelerating progress across the industry. ISH 2025, in Frankfurt, Germany, made clear just how determined the sector is to drive this change: never before have so many innovations been on show – from next-generation heating and airconditioning systems to intelligent water management solutions. Some 163,157 visitors from 150 countries took part in the world’s leading trade fair to explore the latest advancements and connect with key players shaping the market.

For five days, the Frankfurt exhibition grounds became the global hub for the sanitation, heating and air-conditioning industry under the motto ‘Solutions for a Sustainable Future’. The sector showcased a wide range of cuttingedge technologies – from highly efficient heating and cooling systems to eco-friendly ventilation solutions, intelligent water management and contemporary bathroom design.

Wolfgang Marzin, President and CEO, Messe Frankfurt, commented: “Everyone needs clean air, drinking water and a warm home – and this is exactly where our industry comes in.

ISH 2025 has powerfully demonstrated that innovative solutions to meet these basic needs have long been available.”

Building technology in transition –Solutions for tomorrow

With 2,183 exhibitors from 54 countries, ISH 2025 filled the entire Frankfurt exhibition grounds, offering a comprehensive overview of the latest developments in heat generation, refrigeration, air-conditioning and ventilation technologies, intelligent building automation, sustainable bathroom design and installation solutions.

A central focus was on heat generation, with a strong emphasis on alternative heating technologies. Exhibitors showcased innovations such as wood-based heating systems, sustainable heat production methods, and highly efficient heat storage solutions.

In ventilation, energy efficiency took centre stage. Modern systems are increasingly relying on optimised evaporative cooling and advanced heat recovery technologies to significantly reduce energy consumption. In parallel, intelligent building control systems allow for more precise management of heating and ventilation processes.

The sustainable use of water also played a key role. Manufacturers presented smart water management

solutions designed to optimise consumption, along with touch-free fittings, modern heat exchangers, and cutting-edge wastewater heat recovery systems.

ISH 2025 demonstrated how outstanding design, functionality and sustainability are converging and interacting more and more. This was particularly evident in the bathroom sector, where exhibitors introduced contemporary bathroom concepts featuring soft pastel tones, 3D tiles, and resource-efficient, low-maintenance materials that blend aesthetic appeal with technological innovation.

To clearly present this wealth of innovation, ISH 2025 introduced a new concept structured around eight solution areas: sanitary spaces, water-bearing systems, installation technology, heat generation, indoor air, intelligent building control, software, and HVAC + Water product manufacturing. This format made it easier for trade visitors to navigate the fair and engage directly with the relevant companies in each field.

ISH Festival 2025

ISH Festival 2025 provided a fresh impetus and became the meeting point for the next generation of the HVAC and sanitation industry. In particular, apprentices seized the opportunity to try out new technologies, test tools and showcase their craftsmanship. On the Creator Stage, popular content creators shared their passion for skilled trades, while an interactive challenge course combined theory and practice in an engaging way. Music, live talks, food and networking turned the festival into a vibrant industry event.

The next ISH – the World’s Leading Trade Fair for HVAC and Water – will take place from 15 to 19 March 2027.

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Breaking barriers, building futures: Women in HVACR shine at Dublin conference

Apowerhouse of female talent converged on Mitsubishi Electric Ireland’s sleek new headquarters in Grange Castle Business Park, Dublin, on 07 March, marking International Women’s Day with a resounding celebration of women in the Heating, Ventilation, Air Conditioning, and Refrigeration (HVACR) industry, an event organised in partnership between Mitsubishi Electric and CIBSE.

Speakers and delegates from across the island of Ireland gathered for the Women in HVACR conference, a day dedicated to the theme of ‘Role Models’. Each speaker, in their own unique voice, acknowledged the pivotal figures who had shaped their journeys, highlighting the power of mentorship and support in navigating the often maledominated field.

The impressive roster of speakers painted a vivid picture of the diverse roles women are playing in the industry: The panel included:

Rachel O Brien Marketing Manager, Mitsubishi Electric Ireland

Susan Cormican, Group Direct of Urbanism, Ethos Engineering, and CIBSE Representative

Margaret Rafter, President, Institute of Refrigeration Ireland, and Consultant Sales Engineer, Mitsubishi Electric Ireland, discussed how women are inspiring future generations to enter the sector

Aine Murray, Senior Sustainability Engineer, Building Performance Prediction Ltd, and host of 30 Under 30 Northern Ireland Climate Change-Makers podcast ‘Carbon Cli-mates’

Siobhan Gilroy, Business Development Manager Leinster, Mitsubishi Electric Ireland, discussed how Mitsubishi Electric is a role model in the HVACR industry

Caroline Campbell, Service & Maintenance Director, Crystal Air Ltd

Christina Haney, Structural Engineer at DBFL Consulting Engineers Ltd

Siobhan Sweeney, Senior Director of Diversity, Inclusion and Belonging Element Materials Technology

Christina Haney, Tighthead Prop, Ireland Women’s Rugby team

Ciaran Moody, Branch President at Mitsubishi Electric Ireland, kicked off the event with opening remarks, setting the stage for a day filled with insightful presentations, valuable networking opportunities, and a delicious lunch.

Speaking after the gathering,

Rachel O’Brien, Marketing Manager, Mitsubishi Electric Ireland, commented, “It was a privilege to host the Women in HVACR event. There was real energy from the amazing presentations and conversations being had. Meeting and hearing from so many powerful, talented, and trailblazing women in our industry was nothing short of inspiring.”

The passion, expertise, and drive radiating from the room underscored the critical need for continued support and empowerment of women in HVACR. The conference served as a powerful reminder of the collective impact women are making in shaping the future of the industry.

“A huge thank you to everyone who attended and shared their stories, contributing to such meaningful discussions,” Rachel O’Brien added. “A special thank you to Margaret Rafter, Siobhan Gilroy and Megan Sage for helping to organise such a fantastic event.”

The Women in HVACR conference proved to be more than just a gathering. It was a testament to the growing influence of women in the field, a celebration of their achievements, and a catalyst for continued progress. It was a day where role models were not just discussed but actively embodied, leaving attendees inspired and ready to make their own mark on the HVACR landscape.

Some of the speakers at the International Women’s Day Women in HVACR conference at Mitsubishi Electric Ireland’s headquarters (L to r): Aine Murray, Siobhan Gilroy, Margaret Rafter, Caroline Campbell, Susan Cormican, and Rachel O Brien.

Energy audits key to carbon and energy savings

With governments pledging to reach net zero emissions in the short-term, there is mounting pressure on companies to detail how they will move to a low-carbon future. Against this backdrop, Wilo is highlighting the importance of energy-saving audits to help them do just that.

By carrying out a detailed site survey, Wilo can demonstrate to clients how they can significantly reduce energy usage and carbon emissions, in addition to operational costs.

Wilo has been campaigning for energy efficiency for decades, especially as a high percentage of pumps used worldwide is considered technologically outdated. As a consequence of this, there are enormous potential savings in replacing old uncontrolled pumps with modern high-efficiency pumps. Hence, the introduction of WiloEnergy Solutions, an initiative that involves the early replacement of still-functioning but uncontrolled pumps with Wilo high-efficiency pumps. Besides the clear environmental benefit, there are also other advantages, such as a significant reduction in energy costs, future security, supply security and hygiene security.

Wilo is currently working on multiple sites, both in Ireland and worldwide, helping companies get closer to the EU 2050 net zero carbon target. Declan McPartlin, Business Development Manager (North), Wilo Ireland, says: “We have been working for some time now with various clients and institutions right across the country who are committed to sustainability. In doing so, we see a growing understanding among them of the energy saving and carbon reduction potential our energy audits offer and a significant uptake

of our energy solution upgrades on existing pumping plant following such surveys.”

Wilo’s energy audits involve a full test and verification of existing plant to validate both the cost and energy/carbon savings that clients

programme designed to maintain system efficiency while, at the same time, ensuring that the company meets its sustainability goals.

“The scale of the potential energy and carbon savings must not be underestimated,” concludes Declan. “Pumps across the world account for about 10% of the global energy consumption, and around 90% of today’s installed pumps are outdated and inefficient. So, it’s important to demonstrate just how simple it can be to make very worthwhile changes. The government’s net zero pledge is now at the forefront of most operators’ minds, and if they can reduce carbon emissions and energy expenses while gaining a return on investment, it’s a win-win for all.”

For more information on the WiloEnergy Solutions initiative, simply

Stratos Giga high-efficiency circulator.

SEAI: Energy transition offers €19bn annual opportunity for Irish businesses

Anew SEAI report estimates that achieving Ireland’s energy transition could result in up to €19bn in annual capital expenditure by 2030.

Launched at the SEAI Energy Show, the report, ‘Ireland’s Sustainable Energy Technologies: Supply Chain Opportunities’, highlights significant economic opportunities from this transition and offers key recommendations for policymakers and industry to help Irish businesses capitalise on them.

SEAI Energy Show 2025

Professionals from all sectors attended the 2025 SEAI Energy Show, which took place on 26 and 27 March in the RDS, Dublin. First established in 1996, this year marked 30 years of the Energy Show, which brings together sustainable energy supply chain professionals with a focus on energy services, products and technologies

for business, industry and residential sectors.

Supply chain opportunities

The event saw the official launch of the new report, which provides an analysis of the supply chain opportunities presented by Ireland’s sustainable energy transition. The report finds that the projected capital investment needed to enable this transition will provide significant scope for Irish suppliers to benefit from opportunities, particularly in the areas of construction, engineering, and financial services, as well as via service and equipment delivery by local enterprises.

Key recommendations

The report identifies the importance of collaboration between the public and private sectors in meeting our energy transition goals and sets out six key recommendations. These include:

• Develop skills and certifications – Establish targeted training certifications – and accreditation frameworks to develop the necessary skills and certifications for installers and energy experts.

• Leverage R&D capabilities – Utilise Ireland’s strong R&D capabilities to advance emerging renewable technologies.

• Promote sustainable practices –Encourage businesses to adopt sustainable practices such as green procurement and comply with EU directives and legislation for sustainable and responsible business.

• Focus on high-value markets – Effectively harness the opportunities available by prioritising high-value markets such as energy-efficient construction, sustainable biomass heating, electric vehicles, and smart grids.

• Capture the preliminary phase of the supply chain for key technologies – Focus on capturing the market for planning, permitting and design of technologies such as onshore wind farms, utility solar

Margie Mc Carthy, Director of Research and Policy Insights, SEAI; Minister for Environment, Climate and Communications, Darragh O’Brien; and William Walsh, CEO, SEAI; launched the report ‘Ireland’s Sustainable Energy Technologies: Supply Chain Opportunities’ at the SEAI Energy Show.

PV, microgeneration units, smart grids, sustainable biomass heating, industrial heat pumps and AD. This includes feasibility studies, project planning, financial, legal, environmental, commercial and technical services and advisory roles.

• Installation and commissioning markets –: Focus on capturing the market for the installation and commissioning of technologies such as district heating systems, EV charging infrastructure and AD. This could create substantial opportunities for electrical, mechanical and civil engineers, engineering firms and qualified electricians.

These recommendations would create a more resilient, efficient, and sustainable supply chain ecosystem in Ireland, enabling Irish businesses to fulfil the opportunity presented by Ireland’s energy transition.

Reaping the economic benefits of a fossil-fuel-free economy

Launching the report, the Minister for Climate, Environment and Energy, Darragh O’Brien, said: “The Programme for Government is committed to Ireland’s climate targets and to the energy transition which will lead to a more secure, sustainable and affordable energy future for our citizens and businesses.

“What this report highlights is that this energy transition will deliver for both our planet and our economy, creating significant opportunities for Irish businesses in the supply chain where Ireland is well positioned to capitalise. I look forward to collaborating with my colleagues across government and industry partners to deliver on this opportunity and continue to position Ireland as a leader in the energy transition.”

Speaking about the report findings, William Walsh, CEO, SEAI, said: “Ireland can reap the economic benefits of a fossil-fuel-free economy and society. This report identifies the growth potential of 13 key technologies for the sustainable energy transition and the supply chain areas where Irish businesses have potential opportunities to benefit from this growth. It shows that there are potential opportunities

for many of the businesses, like those exhibiting at The SEAI Energy Show, and hundreds more besides, to benefit from Ireland’s energy transition.

“At SEAI, we are committed to supporting businesses across the Irish energy supply chain to deliver both a sustainable energy future and a healthy, futureproofed economy for Ireland.

Sustainable energy is good for business and good for climate.”

The Energy Show is a key event for Ireland’s top energy technology and service providers to connect and showcase their newest innovations and products, spanning the entire supply chain from heat pumps and EVs to solar panels and energy efficiency controls.

Shane Comerford, Business Development, Heating, Cooling & Ventilation, Versatile; and Andrew Treacy, Managing Director, Versatile, at the SEAI Energu Show 2025

Vincent Mahony, Manager Ireland; Mario Reis DeOliveira; Walter Stephens; Fergal Kirwan; and Eamonn Kent on the Panasonic Heating & Cooling Solutions Ireland stand at the SEAI Energy Show.

Versatile MVHR Solutions – Tailored Ventilation and Energy Efficiency for Every Home

Versatile Ltd delivers innovative ventilation solutions that support the well-being of future generations and contribute to a healthier, more sustainable environment. Our approach ensures that the resources and opportunities we create today will continue to benefit communities and ecosystems long into the future.

Heat recovery ventilation designed for efficiency and comfort

As buildings become more insulated, maintaining good indoor air quality is critical. Heat recovery ventilation (HRV) provides an effective solution, enhancing energy performance while ensuring continuous fresh air circulation. Versatile offers a comprehensive range of MVHR systems, including Passive Housecertified options engineered for high thermal performance and energy efficiency. Backed by extensive ventilation expertise, our products seamlessly integrate into diverse building designs, delivering reliable and sustainable indoor air quality.

Benefits of Mechanical Heat Recovery Ventilation

• High Heat Recovery Efficiency –Up to 96%, reducing heat loss and energy bills.

• Extremely Low Noise Levels –Whisper-quiet operation.

• Passive House Certified – High efficiency & air quality.

• Summer Bypass – Optimised warm-weather airflow.

• Humidity Sensors – Auto-boosts when needed.

• Adaptive Technology – Adjusts for comfort.

• Low SFP – Energy-efficient with minimal power use.

• Flexible Setup – Softwarecontrolled configuration.

• Smart Airflow – Maintains ventilation.

• Easy Install & Maintenance –Quick setup, tool-free filters.

The Comfo Family from Versatile

The popular Versatile Comfo domestic MVHR family of systems offer multiple product options to provide ultra-efficient and completely silent solutions designed to protect homes from the inside out.

Passive-House certified Comfo Ventilation MVHR systems futureproof developments with advanced MVHR ventilation, built for long-term home health, comfort, and energy efficiency.

Comfo Ventilation MVHR systems are innovative solutions that prevent home damage, improve air quality and create better living environments whether you’re building new or upgrading existing spaces.

The ComfoAir Flex

Versatile has developed the ComfoAir Flex, a ceiling-mounted system that saves space, offering quiet, energyefficient performance with advanced fan technology and heat recovery.

This is designed for apartments and compact homes where maximising living space is essential.

For more information on the full range of Comfo domestic MVHR solutions from Versatile, email sales@versatile.ie, or visit www.versatile.ie

Comfo Q – Heat Recovery Ventilation from Versatile.

The ComfoAir Flex from Versatile.

We Bring Sustainable Solutions Home

The Versatile Comfo Q heat recovery unit delivers exeptional ventilation with outstanding efficiency and cost-effectiveness, creating the foundation for an ideal climate experience

CIBSE Ireland breakfast seminar sparks future-focused dialogue on building performance and embodied carbon

CIBSE International President Fiona Cousins addressed attendees at the CIBSE Ireland breakfast and networking event as industry leaders gathered to explore sustainable building practices and envision the future of the built environment. Stephen Weir, Chair, CIBSE Ireland, writes.

On Thursday, 13 March, CIBSE Ireland had the pleasure of hosting a truly insightful and engaging morning event at the RDS Members Club, Dublin 4. This event was an exceptional opportunity for professionals from the building services industry to come together, share knowledge, and explore the future of our industry with key thought leaders.

The morning began with breakfast and networking, a crucial aspect of any industry gathering. The event brought together a wide range of professionals, including representatives from our Young Engineers Network (YEN), government agencies, senior

directors, consultants, suppliers, contractors and a host of experts across the building services sector. The energy in the room was palpable, with attendees eager to engage in discussions about the challenges and innovations shaping our industry.

As Chair of CIBSE Ireland, it was my privilege to welcome everyone to the event, setting the tone for what promised to be a morning of meaningful dialogue and learning.

Exploring Embodied Carbon and Building Performance

Our first presentation was delivered by CIBSE Technical Director Anastasia Mylona, who provided

an in-depth overview of TM65 Embodied Carbon. Her talk outlined how this framework is shaping building design and the various initiatives driving positive change, particularly within specific regions. The importance of understanding embodied carbon in construction and how we measure, reduce, and report it was a key takeaway for many attendees.

Following this, we were delighted to hear from CIBSE President Fiona Cousins, who presented a fascinating insight into ‘Building Performance Reimagined’. She explored the origins of this initiative, its overarching goals, and how it will play a significant role in the future of the built environment. Her presentation sparked a lively discussion, reinforcing the need for sustainable, efficient, and performance-driven building practices.

A Vision for the Future –Workshop with Arup Foresight

The morning concluded with a highly engaging workshop led by Charlie Warwick and the Arup Foresight team. The session provided an exploratory dive into a range of critical topics, including:

• Climate Change and its impact on our industry

• Regenerative Design and Circular Economy Principles

• Innovation in Energy and Sustainability

• The broader societal impact of uncertainty in the built environment

The workshop encouraged attendees to think beyond the present challenges, prompting discussions about future-proofing our industry. It was inspiring to see the level of engagement and participation, with professionals sharing their own insights and experiences.

CIBSE International President Fiona Cousins addresses attendees at the CIBSE Ireland breakfast and networking event.

A Gathering of Minds –Strengthening Industry Connections

One of the most rewarding aspects of the event was the diverse representation of attendees. The presence of senior professionals, young engineers, policymakers, and technical experts demonstrated the collective ambition within our industry to drive progress, share best practices, and collaborate towards a more sustainable future. The discussions and connections made during the event reaffirmed the importance of these gatherings. Through collaboration, shared learning, and open dialogue, we can address the key challenges in our sector and drive meaningful change.

Looking Ahead

As CIBSE Ireland, we are committed to continuing these discussions and providing platforms for professionals to engage with the latest industry developments. The enthusiasm and insights from this event will undoubtedly feed into future initiatives, research, and strategies that will shape the next chapter of the Building Services Industry in Ireland. As always, please feel free to reach out to us for any details around Chartership, of which

there are multiple routes, including the Technical Report route, CIBSE Technical Memorandums or, indeed,

for any insights we can offer to the Building Services industry in Ireland.

A sincere thank you to everyone who attended, contributed and supported this event. A special thanks to Anastasia Mylona, Fiona Cousins, Charlie Warwick, and the Arup Foresight team for their invaluable contributions.

We look forward to welcoming you to future CIBSE Ireland events as we continue to champion innovation, sustainability, and excellence within the built environment.

To learn more about CIBSE Ireland and upcoming CIBSE events, visit www.cibse.org

Stephen Weir, Chair, CIBSE Ireland, addresses attendees at CIBSE Ireland breakfast and networking event.

(L to r): Fiona Cousins, President, CIBSE; Laura McMahon, Director of Sustainability Consulting, Lawler Sustainability; Stephen Weir, Chair, CIBSE Ireland; and Anastasia Mylona, Technical Director at CIBSE.

Recognising outstanding achievements at CIBSE Building Performance Awards 2025

The Park Plaza Westminster Bridge in London came alive on Thursday, 27 February 2025, for the prestigious CIBSE Building Performance Awards, celebrating individuals, organisations, products and projects that set new benchmarks for sustainability, innovation and performance in the built environment.

With 30 diverse categories, the BPAs highlighted the crucial contributions across disciplines that shape the future of the built environment. Key categories included Best Digital Innovation, Project of the Year, Product or Innovation of the Year and Building Performance Champion.

Among the evening’s many highlights, the Engineer of the Year award was presented to Volkan Doda, Head of Design Technologies at Atelier Ten. A designer of immense creativity and dedication, Volkan’s expertise in both theory and application exemplifies the cutting edge of building performance. His commitment to fostering talent and delivering innovative, highperformance solutions has made him

a valued leader in the field.

The title of Building Performance Champion and Project of the Year - Retrofit Workplaces went to The Entopia Building, an extraordinary collaboration between Max Fordham, Architype, and BDP. This transformational project in Cambridge turned a 1930s structure into an ultra-low-carbon sustainability hub, demonstrating groundbreaking application of circular economy principles. With Passivhaus EnerPHit certification and targeting multiple other sustainability accolades, The Entopia Building showcases the future of environmentally conscious design, achieving a staggering 84% reduction in whole-life carbon compared to standard retrofits.

The event showcased the remarkable breadth of talent and innovation in the industry. Among the highly commended entries were the Passive Cooling Double-skin Roof by Universidad de Sevilla in the Product or Innovation of the Year –Thermal Comfort category and the Aldar Energy Retrofit Project by grfn in Project of the Year – Portfolio Workplaces, highlighting a wealth

of inspiring achievements. The BPAs demonstrate CIBSE’s commitment to fostering innovation and excellence in the built environment.

Summary of key winners1

• Building Performance Champion – Winner: The Entopia BuildingMax Fordham, Architype & BDP

• Best Digital InnovationOrganisational Strategy: Winner: Cyclops - Foster + Partners

• Best Digital Innovation - Project Delivery – Winner: Sydney Airport International Terminal T1 Chilled Water Plant Optimisation - AG Coombs Group, Exergenics

• Building Performance Consultancy (over 300 employees) – Winner: AtkinsRéalis. Sponsor: ABB

• Building Performance Consultancy (up to 50 employees) – Winner: Cyclone Energy Group. Sponsor: Mitsubishi Electric

• Building Performance Consultancy (51 - 300 employees) – Winner: XCO2. Sponsor: Airflow

• CIBSE Embodied Carbon Award - Products and Systems: for Manufacturers and Suppliers

• Winner: Apollo Fire Detectors. Sponsor: CIBSE Certification

• CIBSE Embodied Carbon Award - Services and Projects for Consultants Winner: Q Sustain. Sponsor: CMR

• Engineer of the Year: Winner: Volkan Doda, Head of Design Technologies - Atelier Ten. Sponsor: Ideal Heating Commercial

CIBSE Building Performance Awards winners 2025.

Engineer of the Year Volkan Doda, Head of Design Technologies at Atelier Ten.

NIBE S735C – Future-Ready Heating, Hot Water, Cooling and Ventilation in One

The NIBE S735C Exhaust Air Heat

Pump is a powerful all-in-one solution designed for today’s energy-conscious homes. Delivering heating, domestic hot water, ventilation – and now, cooling – from a single compact indoor unit, it’s perfectly suited to new builds, apartments, and modern homes up to 220 m².

Unlike conventional systems, there’s no need for an outdoor unit or a separate ventilation system, meaning simpler design, quicker installation, and no planning headaches.

Thanks to its clever layout – water connections at the bottom and ductwork at the top – the S735C slots seamlessly into tight plant rooms or utility spaces. This smart design not only saves time and labour on site, but also avoids common issues around the siting of R290 refrigerant-based systems. With no special R290 considerations required, it’s a hasslefree choice for system designers and installers.

The S735C also stands out for its sound performance. It’s been awarded Quiet Mark certification, confirming it as one of the quietest heat pumps in its

class. The independent Quiet Mark programme tests and verifies low-noise products, so homeowners can rest assured they’ll enjoy warmth and ventilation with minimal disruption.

At the heart of the unit is natural R290 refrigerant – a sustainable, ultra-low GWP option that aligns with current and future environmental standards. As Stefan Oliv, NIBE’s Product Manager in Sweden, explains:

“We’ve been working with R290 in our exhaust air heat pumps since 1997. It’s a natural refrigerant with a GWP of just 0.02. Combined with a large invertercontrolled compressor, the S735C delivers excellent savings across both small and larger single-family homes.”

Why Choose the NIBE S735C from Unipipe Ireland?

At Unipipe, we’ve been the sole supplier and technical support partner for NIBE in Ireland for over 25 years. Exhaust air heat pump technology isn’t new to us – in fact, the very first NIBE systems installed in Ireland were exhaust air models, and many of them are still in use today over 20 years later.

Our experience with this technology

is unmatched in the Irish market. When you choose a NIBE S735C from Unipipe, you’re not just buying a heat pump –you’re investing in a system that’s backed by:

• Decades of local expertise

• Dedicated support and training

• Proven performance in Irish homes

• Long-term service and spare parts availability

Whether you’re designing for a new build, retrofit, or apartment development, the NIBE S735C from Unipipe offers reliable comfort, simplified installation, and futureready sustainability – all from one trusted supplier.

Learn more at www.unipipe.ie or get in touch to speak with our experienced team 01 2864888

CIBSE launches the “Building for the Future” campaign to shape the future of Building Services Engineering

CIBSE is excited to announce the launch of the “Building for the Future” campaign, a transformative initiative designed to build a lasting legacy for the building services engineering profession.

Central to this vision is the recent opening of CIBSE’s new head office, in Farringdon, in the heart of London, which will serve as a hub for innovation, knowledge-sharing and lifelong learning.

As the world increasingly focuses on the path to net zero, the building services sector plays a pivotal role in achieving these ambitious goals. CIBSE’s new head office is more than just a physical space; it will be a beacon for collaboration and sustainable building performance. This exciting development aims to equip future generations of engineers with the tools and expertise to meet the industry’s evolving challenges.

A home for innovation, learning and progress

CIBSE’s vision for its new head office is to create a world-class Skills Hub that will serve as a central focal point for both CIBSE members and the wider built environment community. The facilities will feature a modern theatre for lectures, events, and knowledge-sharing, outstanding training rooms to support professional development and collaborative workspaces designed to foster networking, learning and industry engagement.

CIBSE CEO Ruth Carter commented: “At CIBSE, we are committed to fostering innovation, collaboration and sustainability in the built environment. Our new head office is more than just a new space; it’s a symbol of our commitment to shaping the future of the profession globally and ensuring that the next

generation of engineers is equipped to meet the challenges of tomorrow. With the support of our members and partners, we can make this vision a reality and continue driving progress for the building services sector worldwide”.

Your opportunity to shape the future and leave a lasting impact

The launch of this campaign presents a once-in-a-generation opportunity to be part of something truly transformative, not only for CIBSE but for the entire industry worldwide. Your support will help bring this vision to life.

By contributing to the “Building for the Future” campaign, donors will:

• Help establish a Skills Hub for lifelong learning, attracting new talent into the industry

• Create a destination for innovation where expertise is shared and progress is made

• Be recognised as key supporters of an initiative that will leave a lasting mark for future generations of engineers across the globe

Join CIBSE in Building for the Future

This is more than just a fundraising campaign; it’s a movement to shape the future of the building services engineering profession. We invite you to be part of this landmark initiative and help CIBSE usher in the next brilliant chapter for the institution and the built environment.

For more information and to get involved in this transformative initiative for the industry, email Robert Astick at rastick@cibse. org, visit https://www.cibse.org/ about-cibse/building-for-the-futurefundraising-campaign or scan the QR code

NEWS AND PRODUCTS

Jones Engineering strengthens its commitment to diversity and inclusion in education

Jones Engineering has announced a new partnership with the Trinity Centre for People with Intellectual Disabilities (TCPID) at Trinity College Dublin alongside its continued support for education through the Jones Engineering Awards at TU Dublin.

As part of its commitment to social responsibility and education, Jones Engineering has joined forces with TCPID to support students with intellectual disabilities in accessing higher education and career opportunities.

Carmel Walsh, Chief People Officer, Jones Engineering, said: ‘’I am delighted to announce our partnership with the TCPID. To offer meaningful employment to people with intellectual disabilities is essential for building a more inclusive, diverse and equitable workplace and society. This collaboration underscores Jones Engineering’s commitment to fostering inclusivity while supporting educational initiatives for individuals with different backgrounds and intellectual disabilities.”

Jones Engineering also congratulated the seven winners of The Jones Engineering Awards at TU Dublin. Each winner receives a financial bursary to support their engineering and performing arts academic journey.

The scholarships, awarded to four students from the Faculty of Engineering and Built Environment and three from the TU Dublin Conservatoire of Music and Drama, highlight the company’s dedication to fostering talent across diverse disciplines. The initiative underscores the synergy between technical expertise and creative innovation - vital in tackling challenges within the Architecture, Engineering, and Construction (AEC) sector.

“Our collaboration with TU Dublin is integral to our mission,” said Stephen McCabe, CEO, Jones Engineering. “We want to incentivise students to strive for academic success and provide tangible support to assist them. Increasing access to STEM education is a key priority, and we are proud to contribute to developing future industry leaders.”

Kingspan launches the next generation solar solution – PowerPanel

Kingspan Insulated Panels is excited to introduce PowerPanel, an integrated roofing and photovoltaic (PV) solution designed for pitched roofs.

PowerPanel is one of the first systems globally to earn the FM-Approved mark to FM 4478, meeting rigorous performance tests for fire, hail, wind uplift, and snow loading.

This innovative system combines the thermal efficiency of Kingspan’s industry-leading QuadCore insulated panels with advanced solar technology, delivering U-values as low as 0.11 W/m2K and energy output up to 475Wp using lightweight dual-glass monocrystalline PV modules from LONGi, a world leader in solar manufacturing.

Manufactured in the UK, using state-of-the-art robotics, PowerPanel ensures precision and reduces the risks of on-site installation, blending high performance with a sleek, slimline design to enhance building aesthetics.

For added assurance, PowerPanel includes a comprehensive Kingspan PowerPanel assured warranty, covering thermal and structural performance, external coatings, and photovoltaic modules.

Elevate your building’s performance and appearance with PowerPanel – an efficient, elegant and durable solution.

Sandra Del Bove, Group Head of Innovation at Kingspan, comments, “The launch of PowerPanel marks a significant step toward making renewable energy more accessible to our customers worldwide. Our vision has always been to provide a fully tested and reliable system, ensuring confidence in every installation. This launch is only the first step in what promises to be an inspiring journey ahead.”

To learn more, visit www.kingspangroup.com

Students from TU Dublin who have received bursaries in the Jones Engineering Awards.

A Solar-Powered Future for Ireland

The rise of solar technology is transforming homes, making them more energy-efficient and environmentally friendly. Whether through solar panels, batteries, water heaters, or smart systems, there are many ways to integrate solar energy into your home. The benefits are clear:

• Lower energy bills

• Greater independence

• Positively impacting the environment

Thanks to technological advancements, supportive policies, and growing consumer awareness, Ireland is poised for a solar revolution. ATC is leading the way with a wide range of solar solutions, helping installers create a sustainable, energy-efficient future while contributing to global efforts against climate change.

Ensuring solar power is a smart investment for the future

Solar Panels: Harnessing the Sun’s Power

Solar panels, or photovoltaic systems, convert sunlight into electricity for your home. These systems can be connected to the power grid (grid-tied) or used with batteries (off-grid) to store energy for later use. Installing solar panels helps lower your electricity bills, and in most cases, you will qualify for tax incentives.

Solar Batteries: Storing Energy for Later

Solar batteries store any excess energy produced by your solar panels, ensuring you have power when the sun is not shining. These batteries can also keep your home running during power outages, reducing your dependence on the grid.

Solar Water Heaters: Reducing Water Heating Costs

Solar water heaters use the sun’s energy to heat water, which can lower your gas or electric water heating costs. There are two types: active systems, which use pumps to circulate water, and passive systems, which rely on natural circulation.

Smart Solar Systems: Maximizing Efficiency

Smart solar systems are connected to home automation technology, allowing you to monitor and adjust energy use in real time. This helps increase energy efficiency and reduce waste.

Benefits of Solar Technology

Solar energy can reduce your electricity bills, give you energy independence, and lower your carbon footprint. It also qualifies for government incentives and can increase the value of your home.

Switching to solar power also reduces carbon emissions, air pollution, and water usage. It also decreases reliance on fossil fuels and minimises energy transmission losses.

A Greener Tomorrow with SEAI Grants

The Sustainable Energy Authority of Ireland (SEAI) offers grants to help homeowners install solar panels, making it easier for more people to make the switch to solar.

Find your local sales representative on our website at www.atc.ie/contact or call 01 467 8301.

- ATC Clean Energy Solutions atc.ie | 01 467 8301

The importance of pressurisation equipment

Rob Clemson, Technical Director at Aalberts Hydronic Flow

Control UK & Ireland (now incorporating Flamco) puts the spotlight on pressurisation, top-up, and water makeup in sealed heating and cooling systems.

The design and sustainability of sealed system heating and cooling systems hinge on many critical elements. While few systems are built with failure in mind, too often, the design approach neglects an integrated strategy that ensures all components work in harmony.

This oversight can compromise efficiency, longevity, and overall system reliability. To fully appreciate the value of pressurisation equipment and water makeup, it is helpful to think of a sealed hydronic system as analogous to a human body: every component must work seamlessly together to ensure the survival of the whole.

Viewing a sealed hydronic system as a human body brings to light relatable operational principles:

• The Building Management System (BMS) functions as the brain, controlling and monitoring system activities.

• The circulation pump acts as the heart, propelling water through the system to maintain flow and distribution.

• The pipework serves as the arteries and veins, transporting water throughout the structure.

• The air separation equipment functions as lungs removing unwanted gas

• The filtration performs the same role as kidneys, removing unwanted particulate

• The pressurisation (we can

also consider this as ‘top-up’) provides essential fluid to overcome leaks and system venting

However, at the centre of this intricate ecosystem lies the most critical component: water, the life blood of the system. Industry standards such as BG29, BG50, and VDI2035 emphasise water quality, but the importance of pressurisation — maintaining the right balance and control of water pressure — is frequently overlooked. This oversight can lead

to inefficiencies, unwanted down time and premature system failures.

The role of pressurisation equipment

Pressurisation equipment is essential for the long-term performance of a closed heating or cooling system. Maintaining correct system pressure prevents issues such as cavitation, water lock, air ingress and consequential damage to vital components.

The responsibility for designing a reliable pressurisation system can be complex and may fall to different parties: consultants, contractors, or equipment manufacturers may all have a role. BSRIA’s BG82* provides comprehensive guidance on pressurisation, serving as a critical resource for industry professionals.

System criticality and design considerations

Sealed systems are mission-critical.

Rob Clemson, Technical Director at Aalberts hfc UK & Ireland.

Flamcomat MP G4 Remote.

Failure can disrupt not only the thermal comfort of a building but also essential operations, eg, cooling is essential in data centres; lack of water in a healthcare environment can have a devastating knock-on effect.

The selection of pressurisation and expansion equipment must be made with an understanding of the following factors:

• Type of system and critical needs – Tailored approaches are needed based on system size, pressure demands, and installation environment

• Installation location and space constraints – The physical space available for pressurisation equipment may influence design choices

• Compatibility of technologies – Ensuring that standalone pressurisation units and degassing equipment can operate in harmony with the rest of the system is essential for maintaining consistent pressure and system integrity

Historical perspective and evolution

Sealed systems date back to the

late 1960s, when expansion vessel technology was introduced. By the 1980s, commercial systems began to incorporate automatic water top-up mechanisms, laying the groundwork for today’s advanced pressurisation units. Initially, these units served a straightforward purpose: holding a reserve of water at a pressure higher than the system’s static needs, controlled by a pressurereducing valve.

In modern applications, pressurisation equipment has evolved. It is no longer sufficient for units to simply maintain pressure; they now monitor system status, prevent misuse, and integrate with building management systems (BMS) to provide feedback and alerts. Furthermore, these units must comply with stringent water regulations and provide clear visibility of air gaps, when being used, to meet the requirements of water authority inspections.

Health and safety considerations

Health and safety remain paramount in modern system design. The presence of stored water in warm plant rooms, as seen in break tanks within pressurisation units, poses a perceived risk of Legionella contamination.

Although water in these tanks is not intended for consumption, neglecting to assess the risk can lead to health hazards. Recent technological advancements address these concerns, incorporating features to minimise the potential for Legionella growth within pressurisation equipment. This includes designing systems with reduced water storage volumes and venting protocols for the supply ‘dead leg.’

In conclusion

In conclusion, while pressurisation equipment may have historically been an afterthought, it is now clear

that it plays an indispensable role in the functionality and longevity of sealed heating and cooling systems.

The focus must shift towards a holistic design approach that includes pressurisation as an integral part of system planning. With evolving expectations for form and function, as well as increasing attention to health and safety, the industry must prioritise this critical element during the initial design phase to ensure sustainable, reliable, and visually appealing installations. By considering the importance of pressurisation and expansion from the outset, the industry can better design systems that are not only efficient and compliant but also built to last, serving as benchmarks for modern engineering excellence.

To learn more, contact Austin Kennedy, Sales Director UK & Ireland, M +35 3874700015 / +44 7586121095, email: Austin.Kennedy@ aalberts-hfc.com visit https:// aalberts-hfc.com/ex-en

Rob Clemson is Technical Director at Aalberts hydronic flow control Having worked for Flamco (which is now incorporated into Aalberts hfc) for 20 years, he a leading authority on pressurisation in HVAC systems and is the author of the BSRIA Guide BG82/2022, ‘Pressurisation of Closed Heating and Cooling Systems’

FlexFiller Direct G4 compact, pumpless pressurisation unit.

BTU Golf Society elects Dave Daly as

President and Ger

Hutchinson as

The BTU Golf Society AGM was held in Newlands Golf Club on 17 February 2025, and the new president and captain were presented to the

Captain for 2025

members. Dave Daly has taken over the BTU presidency for 2025/26 from outgoing president Vincent Broderick, while Ger Hutchinson takes up the role of BTU Golf

Society Captain 2025 from Graham Fay.

The Society has an exciting calendar of outings planned for the coming year, along with the usual Golfer of the Year, Match Player Cup, President’s Trophy and Captain’s Cup.

A number of new members have joined for 2025 and the committee is looking forward to introducing many new members joining from the MEP industry.

The society is grateful for the hard work and efforts of the outgoing captain Graham Fay on what was a very enjoyable year and immediate past president Vincent Broderick for his tremendous work over the past two years.

The BTU Golf Society Committee would like to sincerely thank its sponsors for the coming year: Sirus, Ideal Energy, ISO Partner Ireland Solutions, Grundfos, Eurofluid, Victaulic, Erba Engineering Services, Mueller Europe, BSS and Geberit.

BTU Golf Society Calendar 2025

• Friday 11 April, St Margaret’s Golf & Country Club, 12.30 – 14.00

• Thursday 15 May, Hermitage Golf Club, 12.30 – 14.00

• Thursday 12 June, Newlands Golf Club, 12.30 – 14.00

• Friday 11 July, Old Conna Golf Club, 12.00 – 14.00 (Captain’s Day)

• Friday 05 September, Clontarf Golf Club, 11.00 –13.00 (President’s Day)

• Friday 17 October, Castleknock Golf Club, 10.30 (Team Event)

• Friday 05 December, Hermitage Golf Club, 09.30 (Christmas Outing)

If you are interested in becoming a member of the BTU Golf Society or have any other queries, email BTU Society Secretary Des Binley abbinley@gmail.com or Ger Hutchinson gerh@erba.ie

Outgoing president Vincent Broderick presents the pin of office to incoming BTU Golf Society president Dave Daly.

Incoming BTU Golf Society captain Ger Hutchinson receives the pin of office from outgoing captain Graham Fay.

Navio celebrates rebrand and success in Irish market

Navio, (formerly XL Mechanical), celebrated its recent rebrand with an gala event in the Gravity Bar at The Guinness Store House attended by staff and clients. The event filled with entertainment and celebration marked the launch of the new identity.

Navio Managing Director Chris Crowley attributes the company’s great success in recent years to the strong support of its network,

stating, “We have built something special thanks to our customers, suppliers, subcontractors, designers, main contractors, and staff. Our new identity, Navio, reflects the evolution of our vision.”

Chris Crowley concludes by commenting, “The Navio rebrand marks the beginning of an exciting future for our company, our clients, and everyone involved.”

To learn more about Navio, visit www.navio.ie

(L to r): David Moore, DMES; Tommy O’Reilly, Roccul; Andrew Ramsey, Module Group; and Chris Crowley, Navio.

Chris Crowley, Managing Director, Navio, introduces the new brand and identity.

(L to r): Stephen Kelly, Davies; Micheal O’Keefe, Ardmac; and Sean McManus, Navio.

(L to r): Colm O’Hanlon and Chris Crowley, Navio; Stephen Hynes, Inicio Interiors; and Ben Price, Navio.

(L to r): Chris Crowley, Navio; Jeff Aherne, EVHAC; Lesley Slye and Mide Ni Chonchubhair, Axis Engineering; Orlaith Gillen, EVHAC; and Daniel Lynch and Richard Wynne, Metec.

Navio staff and suppliers.

Euro Gas: 40 years of supplying top-tier heating solutions across the island of Ireland

Founded in Bray in 1985 by Pat Curran, Euro Gas Ltd celebrates 40 years in 2025 as a leading Irish supplier of high-efficiency HVAC products, consistently prioritising technical excellence and strong customer relationships.

Euro Gas Ltd celebrates 40 years in business in 2025. The company was founded by Pat Curran in 1985 and had its humble

beginnings in a 20-sq-metre office in Bray, Co Wicklow, where it had the agency for Schwank Radiant tube heaters.

1987 was a major milestone for the company when, on recognising each other’s potential, Euro Gas and Rendamax signed an exclusive agency agreement for the supply of the Rendamax range of marketleading high-efficiency boilers and water heaters. Indeed, Euro Gas Ltd was supplying condensing boilers into Ireland while others were still marketing standard efficiency cast iron boilers.

In 1988, Des Prendergast joined Pat Curran, and together, they laid the foundations for what was

to become one of the leading mechanical services suppliers on the island of Ireland.

Through the years, other leading manufacturers were added to the portfolio with the criteria that they had to be the best in their field and add to the growing reputation of this young company. Reznor, Remeha, Lochinvar, Cochran, A1 Flues, Niche, Envirotec and Gilles biomass boilers all joining forces to make a stable of products second to none in Ireland.

From the outset, Euro Gas Ltd recognised its customers as the mechanical consultants and contractors of Ireland. The company’s objective has been achieved through a “hands-on approach” in the provision of technical excellence in advice, product and technical solutions to its customers.

Euro Gas remained steadfast in its commitment to quality service. It has continuously recruited technically experienced and customer-focused personnel as well as developing its own young and dynamic sales and service team. It has kept to its core principles and

The Euro Gas team celebrating 40 years in business.

remained a niche supplier to the industry, resisting the temptation to be a multiple supplier to all industry segments.

Into the noughties and the ethos of operation did not change with all the old values still in place. The product portfolio was again expanded with Cipriani, Frese, Hidros (now Emicon), Spirotech and Cordivari added to offer a

more complete solution to the requirements of its customers. This philosophy of the right product at the right time continued when the changes to legislation in 2018 brought about a significant market shift. As the commercial heating industry moved towards more sustainable products, the experience of the existing 10-year relationship with Hidros came

to the forefront with a range of air-source and water-to-water heat pumps. The combination of these with the addition of products already in the Euro Gas stable meant that the business could move quickly to establish strong, well-supported solutions for consulting engineers and contractors alike at a time when change was rapid.

From then to now, Euro Gas has continued to back up and support this offering while spending time working with energy consultants to ensure all of the latest standards are met with the addition of EN16147 certification, meaning that the range of air-to-water heat pumps can be used to produce domestic hot water in commercial applications.

The company would like to thank its customers, suppliers and loyal staff for their support over the past 40 years and looks forward to building a successful future together in the coming years.

To learn more about the Euro Gas success story, visit www.eurogas.ie

Euro Gas Managing Director Denis O’Keeffe addresses staff and clients at Eurogas’s 40th anniversary celebrations.

L top r: Euro Gas directors (L to r): James Porter, Sales Director; Denis O’Keeffe, Managing Director; and Nick Eldridge, Projects Director.

The Latest in High-Performance HVAC Technology from Euro Gas Ltd

Euro Gas Ltd is a leading HVAC company dedicated to providing customers with exceptional technical services and comprehensive sales support. We prioritise not only the quality of our heating, ventilation, and air conditioning products but also their expert design, effective application, and prompt response to inquiries, ensuring high-performance, energyefficient, and cost-saving solutions.

Product Range

Spirotech Vacuum Degassers

With HVAC systems facing increasing demands to operate at their designed efficiency, the presence of unwanted air poses a significant challenge. Spirotech addresses this critical issue with its range of advanced vacuum

degassers. These systems remove unwanted air and can be combined with pressurisation for a complete, integrated solution. Designed for LPHW and CHW systems, they offer an effective and packaged approach to degassing. Spirotech’s vacuum degassing technology provides a superior alternative to atmospheric methods by temporarily exposing system fluid to a vacuum, resulting in the extraction of virtually all dissolved gases. Offered in five distinct sizes, Spirotech Vacuum Degassers ensure a solution for every HVAC system size.

Frese LOGICA Digital, Energy series

The LOGICA Digital, Energy series is a smart digital actuator engineered to maximise energy efficiency in HVAC systems. By directly integrating with a building’s BMS via Modbus or BACNet, it eliminates the need for a separate control box and enables real-time energy optimisation during operation. This seamless connectivity streamlines hands-on management, allowing for remote control and adjustments through the BMS.

Key Benefits:

• Streamlined commissioning: Remotely commission and recommission the system, saving valuable time.

• Unrestricted remote flushing: Perform full system flushing remotely without the limitations

of PICV stroke, a capability previously requiring a trade-off.

• Intelligent system optimisation: Leverage algorithms and smart functions for remote system optimisation.

• Simplified design: Benefit from a compact and easy-to-integrate design.

• Accessible HVAC intelligence: Gain affordable insights into HVAC system performance.

Emicon Air Source Heat Pumps

Decarbonising building stock with sustainable renewable energy presents key hurdles: Achieving required production temperatures, Managing space constraints and, Controlling capital costs.

Euro Gas tackles these challenges head-on with the Emicon Everest R290 air/water heat pump. For buildings designed under the 82/71 system requiring high temperatures, the Everest R290 offers a viable renewable alternative. While a shift to renewables may seem impossible, real-world testing in older buildings shows that reducing flow temperatures to 68C maintains occupant comfort. The Everest R290 excels, reaching 70C and

sustaining 68C even at -5C outdoor temperatures – A game-changer for retrofitting.

Space limitations often plague high-capacity air-source heat pump installations. The Everest R290’s compact footprint and modular design allow for easy side-by-side arrangement. Optional cascade pipework further simplifies and speeds up installation. Moreover, all essential components are readily accessible from the front, streamlining maintenance.

The significant upfront cost of high-temperature heat pumps can often derail decarbonisation projects. The Everest R290’s modularity provides a flexible solution, enabling phased decarbonisation as budgets allow. This eliminates large initial investments and offers transparent, per-module pricing, facilitating financial planning for future upgrades.

Committed to sustainability, the Everest R290 utilises Natural Refrigerant (R290) with an ultralow GWP of 3. Its advanced microchannel evaporators and dedicated heating circuits deliver exceptional efficiency and a superior SCOP. Compliant with SI 646/2016 regulations and exceeding Green Public Procurement criteria, the Everest R290 is a truly sustainable choice.

Lochinvar Aquastore

The Amicus AquaStore is a packaged heat pump water heater designed to provide DHW only and can work at temperatures up to 65C without immersion heater support.

There are three models in the range, all with an 8kW heat pump, but with different-sized immersion

back-up available from 6kW to 12 kW. These can provide hot water recovery rates of 250l per hour based on a temperature rise of 50˚C.

2023 saw the Amicus AquaStore awarded the Commercial Heating Product of the Year at the 2023 HVR Awards and the Commercial Heat Pump Product of the Year – Heat Pump Innovation – at the H&V News Awards.

Remeha by Baxi Quinta Ace

The new Remeha by Baxi Quinta Ace versatile wall-hung boilers range is available in eight outputs from 30kW to 160kW and up to 1,200kW in cascade. It has a lightweight aluminium heat exchanger for improved thermal conductivity. Operating 6 bar working pressure at 40ºC, the Quinta Ace is a powerful, low Nox, high-efficiency boiler generating up to 97.6% GCV for higher than average savings.

Suitable for a wide range of commercial heating and hot water applications, the Quinta Ace has a small footprint, making it easy to install in compact spaces. Also

available now with a stainless steel heat exchanger

Remeha by Baxi Quinta Ace S

Available in seven outputs from 50kW to 150kW and up to 1,200kW in cascade, the Baxi Quinta Ace S has a lightweight stainless steel heat exchanger for reliable and energyefficient heat transfer. With a gross seasonal efficiency of up to 97.3% and a compact design, the Quinta Ace S is an efficient, versatile series of wall-hung condensing boilers for space heating and indirect hot water production.

Rendamax R600 IP Water Heater

.Rendamax R600 IP is a range of high-performance DHW heaters. Designed with high volume in mind, the stainless-steel heat exchangers are available in models ranging from 142kW up to 540kW in a single module.

Slimline, compact dimensions allow the water heater to be easily positioned with the help of builtin casters for full manoeuvrability. With gross thermal efficiencies of up to 98.2%, they are an excellent choice for commercial and industrial buildings with a high DHW demand.

With over 35 years of presence in the Irish HVAC market, the Rendamax range has a pedigree which is hard to rival for reliability and performance.

Absol and Haier making waves in the Irish heating market with

a new and exciting product and distribution hub

Absol, the Irish distributor for Haier heating solutions, has officially launched its operations from a state-of-the-art distribution centre in North County Dublin (Exit 6). The company is initially offering a comprehensive wholesale range including Haier

Electric Water Heaters, Haier Heat Pump Water Heaters, and R290 Air to Water Heat Pumps.

Building Services Engineering recently spoke with MacCartan McCague (Mac) of Absol and Richard Sherlock of Haier Europe to discuss Absol’s and Haier’s

partnership progress since their successful debut at the Energy Show 2024, where they received an SEAI Product of the Show Award.

Mac explained, “We had just been confirmed as the Haier Distributor in Ireland and immediately set our sights on showcasing Haier’s HVAC offerings at the SEAI Energy Show 2024. We were thrilled to receive the Product of the Show Award for our M7 Heat Pump Water Heater that year. This recognition was a testament to Haier’s dedication to producing high-quality and innovative products.”

Since its initial success, Absol has focused on establishing a

robust infrastructure. “We’ve been diligently searching for the right distribution facility and forging sales agreements with various merchants and buying groups,” Mac continued. “We were fortunate to secure a recently constructed warehouse complex conveniently located off Exit 6 on the M1. We’ve completed a full fit-out, creating an 8,000 sq ft warehousing space alongside a modern 1,100 sq ft showroom and training hub.”

The new showroom provides a tangible representation of Absol’s “Connected Ecosystem,” showcasing a range of interconnected home appliances, solar PV systems, batteries, inverters, a heat pump water heater, and the R290 Heat pump – all managed through an interactive Hon app. Mac continued: “We believe this unique offering will be highly valuable to a diverse range of stakeholders, including house

builders, developers, self-builders, grant applicants, installers, and professionals in architecture and M&E practices,” Mac emphasised. “This is currently the only connected ecosystem showroom of its kind in Ireland, and we have ambitions to expand this model to our Brand Ambassadors in the coming year.”

Complementing the showroom is a dedicated Training Hub, which combines a practical, live workshop area with a training room capable of accommodating up to 24 individuals. Absol has announced that training dates will be available for booking online from mid-April 2025.

Richard Sherlock commented: “Haier are delighted to partner with Macartan and the growing Absol team. We look forward to being actively involved in supporting the Irish market development together

over the coming months and years. “Haier is now on our third generation of heat pump development, and our clear direction is R290. In the UK and, now, in Ireland, we can see the market is upgrading to R290 at an increasing pace. Why? It makes sense that with higher performance and a fast-approaching phase out of R32, we must transition to lower GWP gases.”

With a strategic location, a comprehensive product range, and a commitment to training and showcasing integrated technologies, Absol is poised to establish Haier as a significant player in the Irish heating market.

To find out more, call MacCartan McCague on 087 204 8447, email macartan@absol.ie or visit https://www.absol.ie/

Retrofitting underfloor in older Irish homes

2024 was a record year for home energy upgrades, with more than 54,000 property upgrades completed, including free upgrades of more than 7,700 energy-poor homes. Of the total upgrades, almost 22,000 achieved a B2 rating or higher, and 3,609 included heat pumps.

Upgrading Ireland’s housing stock to minimise greenhouse gas emissions from heating, lighting, and appliance use and maximise the comfort and health of citizens is a national priority.

The retrofitting of Ireland’s older housing stock is critical to the country’s efforts to achieve its climate goals. Underfloor heating is emerging as a viable and increasingly popular option.

Benefits of underfloor heating in retrofits

Those operating in the sector will be well aware that underfloor heating operates at lower water temperatures compared to traditional radiators, making it highly compatible with modern, efficient heating systems like heat pumps. This is particularly

important when older houses are being upgraded to more modern heating systems.

If the upgrade includes sufficient levels of insulation, it provides a more even distribution of heat, eliminating cold spots and improving overall comfort. This efficiency translates to lower energy consumption and reduced heating bills.

From a comfort perspective, the radiant heat from underfloor systems creates a comfortable and consistent indoor environment. It eliminates the draughts and temperature fluctuations. Underfloor heating is concealed, freeing up wall space and allowing for greater design flexibility. This is particularly beneficial in older homes with period features.

Energy sources

Underfloor heating systems are well suited for pairing with renewable energy sources such as air-to-water heat pumps, increasingly prevalent in Irish home retrofits. As stated in the opening of this piece, SEAI supported the

purchase of 3,609 heat pumps for retrofits in 2024.

Challenges of retrofitting underfloor heating:

However, underfloor heating retrofits come with some specific but not insurmountable challenges.

Installation can be disruptive, requiring the lifting of existing floor coverings and potentially the excavation of floor structures.

Adding underfloor heating can raise floor levels, which may cause issues with door clearances and existing building features. Older buildings can also have many varying floor types that must be assessed.

Ultimately, before a system can be installed in an older home, the suitability of the existing floor structure must be assessed to ensure it can support the weight of the underfloor heating system and any necessary screed.

Costs

From a cost perspective, the initial investment for retrofitting underfloor heating can be substantial.

For the system to be effective, substantial levels of insulation are essential to maximise the efficiency of underfloor heating. This often means that other retrofit measures must be completed in tandem with the underfloor heating installation.

Proper system design and zoning are vital to ensure optimal performance and comfort.

Due to the Irish government’s push to move away from fossil fuels, the combination of heat pumps and underfloor heating is becoming very common.

In conclusion

Underfloor heating offers significant benefits for retrofitting older Irish homes, particularly in terms of energy efficiency and comfort. However, careful planning and professional assessment are essential to overcome the challenges associated with installation. As Ireland continues its journey towards a more sustainable future, underfloor heating is likely to play an increasingly important role in the transformation of its housing stock.

Mitsubishi Electric Ireland launches the next generation of connectivity with their new AE-C400E

centralised and EWC50 expansion controllers

Mitsubishi Electric has announced the launch of its new AE-C400E Central Controller, a powerful and intuitive control solution designed to simplify the management of Mitsubishi Electric air conditioning and heat pump systems. Paired with the optional EWC-50 Expansion Controller, this release delivers scalable, connected climate control for multi-zone applications.

At the core of the system, the AE-C400E provides a clear, responsive user interface and advanced connectivity options to streamline HVAC operation across up to 50 indoor units. When combined with the EWC-50, users can expand that capacity even further—ideal for larger buildings or multi-site projects requiring centralised control with flexibility and precision.

Key Features of the AE-C400E

Central Controller:

• Control Up to 50 Indoor Units: Operate and monitor up to 50

indoor units directly from the central interface. Additional units can be added using the EWC50 controller.

• New and Improved User Interface: A clean, modern layout with a highresolution capacitive touchscreen makes navigation faster, clearer, and more intuitive than ever before. The redesigned UI allows users to view room temperatures, operating status, and schedules at a glance— with simple touch gestures for detailed control.

• Web Access and Remote Monitoring: Built-in Cloud Connectivity via MELCloud Commercial web server allows access from a PC, tablet or smartphone—no additional software required. Remote access enables convenient estate, building and zone level remote monitoring and control, reducing the need for on-site maintenance.

• Flexible Scheduling: Weekly and holiday schedules for individual or grouped units help reduce energy

use and improve comfort.

• Energy Monitoring: View detailed operational data, including energy consumption trends, to support performance tracking and system optimisation. The controller is MelCloud Commercial compatible to allow for monitoring and control of entire estates

• BEMS Integration: Supports communication protocols for building energy management system integration (Bacnet).

• Quick Access with Pre-Installed PIN Code Licenses - Activate essential functions effortlessly with preinstalled PIN codes, streamlining access to key features.

EWC-50 Expansion Controller –Extend Your Control

The optional EWC-50 Expansion Controller is designed to work in tandem with the AE-C400E, enabling users to scale their control system beyond the base 50 indoor unit limit. Up to 8 EWC-50 units can be connected to a single AE-C400E, providing control of up to 400 indoor units total.

Ideal for Commercial Applications

From office buildings and hotels to schools, retail environments, and healthcare facilities, the AE-C400E with EWC-50 offers a robust and adaptable solution for managing complex HVAC installations—without compromising on usability or efficiency.

Morgan Treacy, Product Manager, Mitsubishi Electric Ireland, comments “With the launch of the AE-C400E and EWC-50, we’re giving building managers and installers more flexibility and visibility than ever before. It’s a smart, connected solution that scales with the needs of any project.”

The AE-C400E Central Controller and EWC-50 Expansion Controller are available now through Mitsubishi Electric’s authorised partners.

For more information, visit https://les. mitsubishielectric.ie/products/ controls/ centralisedcontrollers/ ae-c400e or scan the QR code

Advance Your Expertise with Pipelife’s CPDs on NZEB Compliance

Pipelife are excited to offer you the opportunity to advance your professional expertise through our Engineers Ireland CPD sessions.

Our CPD’s are designed for consultant engineers, BER Assessors, construction professionals, and specifiers and focus on achieving Near Zero Energy Building (NZEB) compliance using heat pumps and mechanical ventilation systems.

Why Choose Pipelife’s CPDs?

Our CPDs delve into crucial topics, including:

• NZEB Regulations

• Heat Pumps

• Heat Emitters & Controls

• Mechanical Ventilation

• Compliance Checks

• Design Tools

• Maintenance & Warranties

Flexible Learning Options:

In Your Office: We come to you for a convenient, on-site learning experience.

Pipelife Renewable Academy: Join us at our state-of-the-art facilities in Cork or Dublin.

Online: Participate from anywhere with our interactive online sessions.

CPD Details

Duration: Typically 1-2 hours, fitting seamlessly into your workday.

Certification: Earn Engineers Ireland CPD credits to bolster your professional profile.

Don’t miss this opportunity to advance your knowledge and skills in NZEB compliance. Register now and join the forefront of sustainable mechanical engineering.

How to Register

E-mail Eoghan.considine@pipelife. com to sign up for your preferred CPD session or contact us at 021 4884700 for more details.

Empower your career with cuttingedge knowledge and stay compliant with the latest industry standards.

IStructE and ICE launch joint registration process for the Higher-Risk Buildings (Structures) Register

The Institution of Structural Engineers (IStructE) and the Institution of Civil Engineers (ICE) in the UK are managing a new competency register for their professionally qualified members to ensure the safety of higher-risk buildings (HRBs).

Professionally qualified IStructE and ICE members with at least five years’ experience following their professional registration can now submit applications to join the register, which the UK Engineering Council will hold.

The public register has been developed as part of the profession’s response to the Grenfell Tower tragedy, aligning with the Building Safety Act’s objective to raise standards in the industry following the fire. The wider public can be assured that engineers involved in the design, construction, and maintenance of HRBs listed on the register adhere to robust levels of competence.

The institutions were granted a joint licence by the Engineering Council to manage the application process for the HRB (Structures) Register.

Yasmin Becker, CEO of IStructE, says: “This development is an excellent example of structural and civil engineering bodies working together for the benefit of structural safety. With some 12,500 HRBs to be assessed by 2029, competent engineers are and will be in demand. We therefore welcome applicants to be tested in this specialist discipline.”

Eligible engineers will be assessed on five key competence areas to join the register, with 21 sub-competences. These criteria are defined by the Engineering Council in the UK Standard for Professional Engineering Competence (UK-SPEC) HRB Framework.

The five areas are:

• Knowledge and understanding

• Design, developing and solving engineering problems

• Responsibility, management and leadership

• Communication and interpersonal skills

• Personal and professional commitment.

Applicants need to submit an application form, their CV and an experience report form for each competency, and a portfolio of evidence.

Construction Carbon and CIBSE collaborate to provide environmental skills training for construction projects

Construction Carbon, a leading carbon verification company, in collaboration with CIBSE, has developed a Lifecycle Carbon Assessor Practitioner Training programme to standardise assessments within the construction industry. The programme will be available from May 2025. This ground-breaking initiative comes in response to the increasing requirement for skilled professionals capable of consistently assessing and mitigating the environmental impact of construction projects throughout their lifecycle. It will consist of a series of online modules followed by an examination, after which a formal certificate will be granted to those who complete the formal evaluation element of the course. The programme has been designed by experts in the field and aims to equip participants with the knowledge and tools necessary to effectively evaluate and report on the whole-life carbon impact of buildings.

To learn more, visit www.cibse.org/training

European Recycling Platform Sustainability Programme 2025 launched

The European Recycling Platform (ERP) has launched its 2025 Sustainability Programme –a free digital training resource to support businesses and individuals in making sustainable decisions and minimising their environmental footprint.

Launched in celebration of ERP’s 20th anniversary, the programme promotes positive change and collaboration towards a sustainable future. It is an invaluable tool for sustainability managers to educate on their company’s environmental, social, and governance (ESG) impacts.

The key benefits for those who participate in the ERP Sustainability Programme include:

• Enhanced knowledge and expertise –Gain upto-date insights on sustainability trends and best practices

• Improved business performance – Identify opportunities to reduce costs through energy efficiency, waste reduction, and resource optimisation.

• Proactive compliance – Stay ahead of evolving environmental regulations.

• Enhanced corporate reputation – Sustainable management practices contribute to a credible and positive image.

• Employee engagement – Empower employees by equipping them with essential skills to navigate evolving circular economy topics.

• Sustainable growth – Align business goals with the UN Sustainable Development Goals (SDGs), paving the way for long-term growth and impact.

To learn more and sign up, visit www. erp-recycling.org or scan the QR code both new build and retrofit homes.”

Wavin’s Soil & Waste Systems – Delivering Peace of Mind to Your Project

By John McPeake, Technical Sales Manager B.ENG.MIEI, Wavin Ireland.

Wavin is a market leader in Ireland of solutions and systems for sewer, soil and waste, rainwater, stormwater management (SUDs) and indoor climate. Wavin’s project expertise, hands-on experience, and proven product range give peace of mind to specifiers and installers looking for ‘right-first-time’ solutions for complex project requirements.

With over 65 years of experience working with complex projects in the built environment, Wavin has a sizable knowledge bank of practical expertise, regulatory awareness and technical insight to draw from. This delivers invaluable customer support in the form of application suggestions, risk reduction and real cost savings.

Wavin Soil & Waste Solutions

When it comes to commercial and multi-residential construction; risk, cost and complexity all increase along with

the physical scale of the build. It’s in these large commercial projects that contractors and specifiers profit from the product benefits in the design, function, installation, efficiency and performance of a system. Wavin soil, waste and plumbing systems have been scaled to meet these challenges. Designed to speed up installation, reduce noise and guarantee performance, thereby reducing risk and efficiently managing water and waste from roof to ground, the portfolio, which includes AS+ Low Noise soil, HDPE Soil, Compact Soil and Grey PVC-U Soil systems, also offers end to end support including application suggestion and BIM packages.

A system of choice for projects in Dublin and Galway

The Wavin Grey PVC-U Soil range was the system of choice on recent commercial projects in Galway and Dublin. Brickfield Square in Dublin 12 is a multi-use, state-of-the-art community residential development that runs across four blocks and ranges between four and 10 storeys, while the Crown Square Hotel in Galway City is a 177-bedroom hotel built to Lean Construction Philosophy. The quality of Wavin’s systems with third-party certification and reliability of supply, along with technical support, were key factors in the system selection for the M&E contractors.

Wavin Grey PVC-U Soil delivers a wide range of pipes and fittings in 82, 110 and 160mm sizes, including brackets, bends, junctions, access fittings, and terminations. Pipes are manufactured

with Wavin Recycore technology, incorporating over 50% recycled content to provide a sustainable solution.

To aid installation, fittings feature a unique keyway which mitigates risk by ‘locking-in’ a 2.5° fall on waste pipes to ensure soil stack joints comply with EN 12056. In addition, innovative captive seals, co-moulded to the cap of couplers cannot be dislodged in installation. Specialist fittings, such as the six-way compact manifold option, give maximum flexibility for waste connections.

Architects, engineers and contractors select Wavin product systems for numerous reasons; our project-focused philosophy and the guaranteed quality and solutions driven emphasis we place on our systems. But it’s more than that; it’s also the reliable technical know-how of our team and the on-site advice available to specifiers and installers that delivers additional peace of mind on these large-scale developments.

To see how the Wavin technical team can help with your next project, email projects.ie@ wavin.com or scan the QR code

ISOPARTNER – Your one-stop shop for technical insulation

ISOPARTNER Technical Insulation Solutions Ltd is Ireland’s leading supplier of technical insulation with product ranges to suit H&V, industrial, fire protection, noise control and bespoke insulation solutions for Original Equipment Manufacturers. Supported by manufacturing partners such as Armacell, they offer unique solutions to their customers insulation needs. ISOPARTNER as part of the IPCOM Group is backed

up by a vast range of technical knowledge and experience from right across Europe.

In addition to the supply of products and solutions, ISOPARTNER also offers Continuous Professional Development courses to construction professionals such as architects and engineers. Through these courses, ISOPARTNER gives updates to specifiers on the latest innovations with insulation products

Armaflex Ultima and widens their knowledge of an ever changing marketplace. In conjunction with their manufacturing partners, courses are tailored to the needs of those attending and offers the opportunity to see and feel products first hand. In addition to these courses, ISOPARTNER also offers hands on training to installers and contractors to update their skills in handling and installing existing products along with new products being introduced to the market. These courses are offered regularly from their base in Ballycoolin, Dublin just off the M50.

For more information you can contact info@isopartner.ie for details.

like

Beyond being the easiest, fastest, and most cost-effective way to drive energy efficiency, ArmaFlex® Ultima meets the most stringent criteria set by leading organisations like LEED®, BREEAM®, DGNB, and WELL®.

As the first flexible insulation with low smoke emissions for improved fire safety, it’s the smartest way to benefit from improved visibility and respiration, extending the time available to evacuate a building in the event of a fire.

For use in residential and commercial buildings, process industries, plus cryogenic, marine and rail applications.

www.armacell.com

Customized Gas Detection Solutions

Badger Meter specializes in gas detection and sensor manufacturing, providing a wide range of leading-edge gas monitoring solutions for utility, healthcare, pharmaceutical, food and beverage and industrial applications. From hand-held devices to customized, multi-gas fixed detection systems, our portfolio offers state-of-the-art solutions designed to monitor and detect the presence of over 60 potentially harmful gases and vapors in the working environment.

Utilizing various sensing technologies, our gas detectors provide accurate and real-time measurement of gas concentrations, available with ATEX certification for applications requiring an explosion-proof device, and also with the option of the pioneering AutoTest functionality, designed to deliver daily bump checks to test system integrity on our F12 and D12 detectors. These solutions detect and monitor potentially hazardous toxic and flammable gas leaks, creating safe working environments, maintaining regulatory compliance and providing 24/7 peace of mind in the most challenging environments.

Infrared Gas Detection Solutions from BlueEdge™ by Badger Meter

The GasSens D12Ex-IR fixed gas detector, by Badger Meter, offers a fully customizable infrared system for monitoring CO2 and detecting combustible levels of methane and hydrocarbons in ambient air. Suitable for hazardous conditions in almost any industrial environment, this leading-edge solution provides rapid, reliable detection for proactive management and protection.

for Industrial Process Applications

BlueEdge Solutions for Challenging and Hazardous Areas

Toxic and combustible gases such as hydrogen sulfide, methane, chlorine and ammonia are often released as a byproduct of wastewater treatment, following the decomposition of organic matter in feeds supplying the plant. Due to their toxicity and unpleasant odor, wastewater treatment facilities are increasingly incorporating measures to monitor and control these gases. Badger Meter offers leading-edge toxic and combustible gas detection systems for over 60 gases and vapours with the option of the pioneering AutoTest feature. Our F12D range of gas detectors is available with ATEX certification and suitable for installation in hazardous areas. This monitor provides a highquality solution which promotes compliance with environmental standards to improve the air quality and maintain the health and safety of both plant personnel.

The Control Centre, 4 Walkinstown Rd, Walkinstown, Dublin, D12 RP83

Tel: 01 452 2355 info@manotherm.ie www.manotherm.ie

Manotherm Ltd

LEDVANCE celebrates sustainability milestone with the EcoVadis silver medal

As a global leader in lighting solutions, LEDVANCE is committed to measuring and reducing the environmental impact of its products and services. Therefore, LEDVANCE is proud to announce that the company has been awarded an EcoVadis silver medal for its sustainability performance, placing it among the top 15% of companies globally. Since 2024, EcoVadis applied new, stricter criteria, with the silver medal now awarded to only that top 15% of companies.

To evaluate its sustainability efforts and achievements and make them visible to stakeholders, LEDVANCE has been using EcoVadis sustainability ratings, which assess performances in the areas of ‘Environment’, ‘Labour & Human Rights’, ‘Ethics’ and ‘Sustainable Procurement’, since 2018. This is a fifth silver medal for LEDVANCE after silver medal awards in 2023, 2022, 2021 and 2018, and a bronze medal in 2020.

Laura Fernández Gutiérrez, Product Sustainability Manager, LEDVANCE, commented: “The EcoVadis silver medal is an achievement we can be proud of. Taking this year’s new requirements into consideration, we scored higher than in the past year. This milestone on our sustainability journey is a result of the collective dedication of our global team to making sustainability a core part of our mission.”

With an overall score of 68/100 – up from 65 last year – and a position in the 88th percentile, this achievement highlights LEDVANCE’s ongoing efforts in all four categories of EcoVadis.

The percentile rank compares a company’s performance with all rated companies in the EcoVadis database over the past 12 months. This ranking is calculated across all industries.

About LEDVANCE

With subsidiaries in more than 50

countries and business activities in over 140 countries, LEDVANCE is one of the world’s leading companies in the field of general lighting for professional customers and end users. Emerging from OSRAM’s general lighting division, LEDVANCE’s portfolio includes a wide range of LED luminaires for a variety of applications, intelligent lighting products for smart homes and smart buildings, one of the most comprehensive offerings of advanced LED lamps in the lighting industry, and traditional lamps. In addition to offering products under its own product brand, LEDVANCE, the company continues to use the OSRAM and SYLVANIA trademarks for many of its products in agreement with OSRAM. Beyond lighting, LEDVANCE offers vertically integrated, renewable energy solutions for the building sector. Together, the lighting and renewable energy divisions form a comprehensive ecosystem for residential, commercial and industrial building.

To find more information on LEDVANCE products, visit www. ledvance.com, or get in touch with Stevie Young on 086 6001291 for project-related enquiries

Grant’s Aerona R290 heat pump solution meets the demanding needs of the Irish climate

The new Grant Aerona R290 heat pump represents a significant advancement in renewable heating technology. Designed for optimum performance in the Irish and UK climate, the range features five models in outputs from 4kW to 16kW and is currently the only heat pump range to offer this diversity.

The streamlined design and modern styling of the Aerona R290 makes it aesthetically pleasing and its use of the highly efficient natural refrigerant R290, means it provides an even more environmentally friendly, low carbon heating solution.

As well as providing heating solutions to a wide range of properties, the Aerona R290 range offers flexibility for self-build projects and housing developments of all sizes. The range also enables easier upgrades for extensions or increased heating demand in the future.

The design and development of this next generation heat pump represents an investment by Grant of €2.4m. The Aerona R290 heat pump was designed in Ireland specifically for optimum performance in the Irish and UK climate, which typically experiences higher moisture levels.

Some air source heat pumps when operating in high moisture / wet conditions

can face challenges in their performance and may struggle to extract enough heat, especially when frosty. In wet & foggy conditions, moisture in the air can freeze on the heat pump’s outdoor coils when the temperatures drop. This frost then can require frequent defrost cycles, which use extra energy and can ultimately lower overall heating performance.

The design and rigorous testing of the Aerona R290 heat pump in challenging climate conditions has ensured that models in the range can continue to work at peak performance in high moisture and cold weather, which is reassuring for those in the construction industry and homeowners alike.

Speaking about the design of the Aerona R290 heat pump, Grant R&D Manager, Peter Darcy said, “When designing the new heat pump, we listened carefully to our customers. Not only did this influence the aesthetic look of the unit but also the acoustic qualities and most importantly, the performance. A reliable, high efficiency and sustainable heating system was of utmost importance, and we have ensured the Aerona R290 delivers on all of these elements.”

Key benefits of the Aerona R290’s unique design:

Performance: The Aerona R290’s efficient design minimises energy losses from frequent defrost cycles, ensuring optimal performance and reducing electricity consumption.

Comfort: In wet climates, air source heat pumps must operate reliably even in borderline temperatures where humidity is high. If not designed for these conditions, performance may drop, leading to inconsistent heating and discomfort for the property owner.

Longevity: Moisture-related issues can lead to more frequent breakdowns and costly repairs. The Grant Aerona R290 has been built for wet climates has protective coatings and better drainage to extend its lifespan.

Cost-savings: A heat pump designed for high moisture conditions will optimise its defrosting process, reducing energy losses and lowering operating costs.

Where aesthetic and sound are important to many homeowners and self-builders, efficient performance was the top priority of Grant’s R&D team when designing the Grant Aerona R290 range. Each model has an energy rating of A+++ (at 35°C flow temperature) and their outputs have been rated at -5°C air temperature and 55°C water flow temperature.

Visit www.grant.ie more information on Grant’s range of innovative heating solutions. Follow Grant on Facebook @ GrantIRL, X and Instagram @grant_irl and LinkedIn @GrantEngineeringULC. You can also subscribe to Grant on YouTube @GrantEngineeringIE

Grant Aerona R290 12kW and 4kW air source heat pumps.

NEXT GENERATION

The Grant Aerona R290

- Innovative Design

- Exceptional Performance

- Ultra-Low Noise Levels

- Outputs from 4kW – 16kW

Building a sustainable data centre sector

Proposed policy updates from Ireland’s Commission for Regulation of Utilities (CRU) will require new data centres seeking electricity connections in Ireland to submit annual emissions reports and participate in the country’s electricity market.

According to new research by CBRE Group, Europe’s data centre market will expand by 937MW in 2025 as demand surges The growth is being fuelled by rising demand from hyperscale cloud providers, stricter data localisation rules, and greater dependence on colocation services.

Ireland is a leading global data centre hub attracting substantial foreign and domestic investment in the sector. Dublin stands out as one of Europe’s largest data centre clusters as a member of the FLAPD group (Frankfurt, London, Amsterdam, Paris, and Dublin).

Ireland’s position as a gateway to Europe, with robust deep-sea fibre cable connections from the US, Europe, and other regions, a highly-educated English-speaking workforce (Unique within the EU); a common law legal system, appealing to foreign direct investment (FDI), and a relatively cool climate reducing cooling costs all contribute to our attractiveness as a data centre location.

While major players like Amazon, Google, and Digital Realty dominate the landscape, a diverse ecosystem supports the industry, including construction, value chain, and supply chain companies.

With the European data centre market projected to grow at over 20% annually in the next decade, Irish companies are well-positioned

to expand into growing European markets such as Germany, Spain, and Scandinavia.

Beyond developers and operators, a vibrant network of specialised firms contribute to the industry at home and overseas. These companies provide expertise in engineering, cooling technology, power distribution systems, construction software, and more, attracting significant investor interest.

However, there is much controversy around the current and future energy needs of data centres in Ireland.

During his St Patrick’s Day week-long trip to Washington DC, speaking at Hanley Energy, a data centre-linked company, Taoiseach Micheál Martin commented

that the “demonisation of data centres” must stop to ensure Ireland’s progress in the tech and AI sectors. Acknowledging the climate impact of data centres’ energy consumption, he argued that Ireland can mitigate this by increasing domestic production of renewable energy. He expressed optimism that offshore wind farms, coming online in significant quantities by the early 2030s, will provide a solution.

Mr Martin commented: “I think our problems will ease off with off-shore wind, which will come onstream in significant sort of critical mass in the early 2030s. So, I think we can see where the end game or the promised land is in respect of offshore wind.”

CRU proposals

In its proposed decision on the New Electricity Connection Policy for Data Centres in Ireland, published in February, the Commission for Regulation of Utilities (CRU) set out a number of proposed requirements for new Large Energy Users looking for grid connection. These included:

• Data centres connecting to the electricity network will be required to provide dispatchable (ie, available when it is needed by the system) generation or storage onsite or nearby, which

will participate in the electricity market.

• The ramping up of a new data centre’s demand will be linked to the delivery of the required generation capacity.

• Ireland’s designated electricity system operators should continue to take into account the location of any data centre connection applications and associated generation capacity in respect of whether it is in a constrained or unconstrained region of the electricity network.

• System operators will be required to publish regular information on existing and future grid network capacity to accommodate connections on the electricity network and to provide insight to new data centres and other developers.

• Data centres will be required to self-report to the system operator annually in relation to their use of renewable energy and their sites’ emissions and a summary of these reports will be published.

These regulations are looking to mandate that future data centres contribute electricity to the national grid, supplying homes and businesses. This measure aims to address concerns about the industry’s growing power consumption, currently at one-fifth of the Republic’s total electricity usage and projected to reach 30% by 2032.

Additionally, the proposed rules will require new data centres to

Towards more sustainable cooling solutions in Ireland

The rapid expansion of data centres in Ireland has highlighted a critical need for sustainable cooling solutions. While Ireland’s favourable climate offers certain advantages, the sheer energy demands of these facilities necessitate innovative approaches. Regulatory pressures, such as the EU’s Corporate Sustainability Reporting Directive (CSRD), are pushing for greater environmental responsibility. Rising energy costs and the climate crisis are also driving the need for sustainable solutions.

Cooling systems

Ireland’s temperate climate allows for the utilisation of ‘free cooling’, where outside air is used to cool data centres, reducing reliance on more energy-intensive mechanical cooling.

Air-side economisers are employed to bring in cool outdoor air, significantly reducing energy consumption.

Hybrid cooling systems combine air and liquid cooling, optimising efficiency by using each method where it’s most effective. They provide adaptability to varying temperature and humidity conditions. With the rise of high-density computing, liquid cooling,

possess on-site or nearby backup power generation or electricity storage capacity equivalent to their demand.

The CRU stated that the new regulations are necessary to ensure data centre development aligns with national electricity supply security, network stability, and emissions standards. This decision is separate from the government’s broader data centre policy on which it is currently working.

including direct-to-chip and immersion cooling, is also gaining prominence.

Adiabatic cooling uses the evaporation of water to cool the air and is very efficient in climates like that of Ireland.

Sustainable water usage is becoming a critical focus, with strategies including utilising rainwater and non-potable water and implementing on-site water recycling.

Advanced sensors and AI-driven systems enable real-time monitoring of environmental conditions, optimising cooling system performance.

Reducing energy consumption

Minimising energy consumption is paramount, requiring careful design and implementation of cooling systems. Water usage must be managed sustainably, particularly in regions with water scarcity concerns.

Reducing the carbon footprint of data centres is also essential for meeting our sustainability goals, and great advances are being made

The future of data centres in Ireland hinges on the adoption of sustainable cooling practices. By embracing innovative technologies and prioritising environmental responsibility, the industry can minimise its impact and contribute to a more sustainable future

Maximise Efficiency with SAUTER Vision Center

SAUTER Vision Center (SVC) is a Building Management System with Energy Analytics, designed to optimise energy use, reduce waste, and lower operational costs—all while supporting your company’s green initiatives. This powerful, web-based platform can be hosted internally, externally or on local hardware.

Energy and efficiency monitoring with SVC opens up possibilities such as:

▪ Calculation of key energy figures in order to identify potential for optimisation.

▪ Monitoring of systems such as electrical, heat pumps, refrigeration units, heat recovery systems, etc.

▪ Detecting malfunctions in plant technology through monitoring changes in energy usage—often uncovering issues that traditional fault detection systems miss.

▪ Monitoring and validating the results of energy-saving measures that have already been introduced, using customised reports.

▪ Disclosure and standardised evaluation of energy data for marketing purposes and raising awareness among building operators (Real-time BER).

▪ Organising energy consumption data by cost centres for better allocation and reporting.

SVC makes it possible to bring together all the energy-related data (e.g., temperatures, mass flows, counter readings, etc.) collected from any Building Management System via BACnet onto a central platform. This allows for:

▪ Consumption Tracking: Aggregate readings to provide daily, weekly, monthly or annual consumption figures, making it easy to spot fluctuations.

▪ Real-Time Alerts: Triggers user configurable alarms in the Building Management System when preset limits are exceeded, ensuring proactive management.

▪ Automated Corrections: Automatically adjust energy consumption values based on heating and cooling degree days, enabling comparisons across multiple years.

▪ Historical Data Analysis: Data import/export capabilities enable the creation of historical measurement series for deeper insights.

▪ Automated Reporting: Schedule and send user configurable energy consumption reports to stakeholders, including users without direct system access (e.g., monthly energy billing interface).

▪ Artificial Intelligence (AI) Integration: SVC has a built in API that facilitates the use of AI in our smart, connected buildings.

Contact Sirus today for a consultation and discover how SAUTER Vision Center can transform your building and energy management strategy.

Warranty made simple by Glowworm & Vaillant

Glowworm

Energy range

System 15kw, 18kw, 25kw, 30kw

Regular 15kw, 18kw, 25kw, 30kw

Combi 25kw, 30kw, 35kw

Compact range

Combi 24kw, 28kw

Easicom range System 25kw

Regular 25kw

Combi 24kw, 28kw

Vaillant

Ecotec plus range System 15kw, 20kw, 25kw, 30kw, 35kw, 48kw, 64kw

Regular 15kw, 18kw, 24kw, 30kw

Combi 26kw, 32kw, 36kw, 40kw

Glowworm and Vaillant are long entrusted domestic gas boiler brands on the Irish market exclusively represented by C&F Quadrant Ltd.

Manufactured in Belper, Derby, in a state-of-the-art manufacturing facility, the Vaillant and Glowworm award winning boiler range covers every choice needed from open vent, system and combination boilers. Lpg options are also available and with boiler outputs from 15kw to 64kw, together with a wide range of flue options with associated accessories and controls to meet all requirements.

Householder confidence in the brands has been instrumental in their success to date and C&F Quadrant Ltd is now offering warranty from three up to 10 years across the range.

Glowworm Energy boilers – 10 yrs

Glowworm Compact boilers – 5 yrs

Glowworm Easicom boilers – 3 yrs

Vaillant boilers – 10 yrs

This gives plenty of choice to the installer and householder along with the extensive choice of boiler range and outputs available.

Ecotec pro range

Combi 24kw, 28kw, 30kw

Ecofit pure range System 15kw, 18kw, 25kw, 30kw

Regular 15kw, 18kw, 25kw, 30kw, 35kw

Combi 25kw, 30kw, 35kw

Further details are available with terms & conditions from C&F Quadrant, visit www.cfquadrant.ie

ZIRAN Pro Heat pump

NEWS AND PRODUCTS

Ventilux raises the emergency lighting bar with the launch of the Galaxy 2

Ventilux is raising the bar with the launch of the Galaxy 2 - a high-performance, durable lighting solution built for the most demanding environments.

Tailored to meet the needs of consultants and specifiers responsible for selecting emergency lighting solutions in various sectors, the Galaxy 2 is a robust, energy-efficient luminaire that ensures safety and reliability across residential, commercial, warehousing, data centres, education settings, and more.

Galaxy 2 is engineered with advanced mains or DALI wireless capability, providing seamless integration into existing lighting systems - allowing for efficient, centralised monitoring and control. Designed with consultants and specifiers in mind, this nextgeneration bulkhead delivers ease of installation, superior energy efficiency, and long-term cost savings.

The Galaxy 2 boasts a range of advanced features that make it an ideal choice for modern emergency lighting specifications. Crafted from high-impact polycarbonate housing, it is designed for maximum durability and protection. Achieving IP65 and IK10 ratings, it is resistant to dust, water, and impact, making it an ideal solution for both indoor and outdoor environments. This ensures longevity and reduces the need for frequent replacements, translating into long-term cost savings.

Austin Kennedy appointed Sales Director UK & Ireland at Aalberts hfc

Aalberts hydronic flow control (hfc), formerly Flamco, has announced Austin Kennedy’s appointment as Sales Director for the UK and Ireland.

In late 2024, the company took the next step in strengthening its identity and global presence, with Flamco officially changing its name and becoming Aalberts hfc UK & Ireland, coupled with the completion of rebranding efforts, which has taken place across all channels and platforms.

Austin brings a wealth of experience in the HVAC sector, having held senior sales and commercial roles at several leading HVAC companies before joining Aalberts hfc.

Austin Kennedy’s expertise spans account management, business development, market penetration and sales leadership.

Austin commented on his new position: “I am delighted to join Aalberts at a particularly exciting time for the company, and I look forward to contributing to its growth and success.”

Elsewhere within the company, Stuart Harron has been appointed to the full-time role of Data Centre Commercial Director. This move allows Stuart to focus on the ever-growing data centre sector, as he leads the data centre commercial team in identifying opportunities and supplying to some of the biggest projects on the continent as well as in Ireland and the UK.

Kelly welcomes EC Affordable Energy Action Plan

Seán Kelly, MEP for Ireland South and Leader of the Fine Gael Delegation in the European Parliament, has welcomed the European Commission’s publication of the Affordable Energy Action Plan, highlighting its importance for energy independence, competitiveness, and lower costs for businesses and households.

“Affordable energy isn’t just about lower bills—it’s about ensuring European businesses can compete and that we are no longer at the mercy of volatile global energy markets,” Kelly stated. “For too long, external geopolitical shocks—completely beyond our control—have driven energy prices through the roof, putting pressure on households and fuelling inflation. This Action Plan is a step towards breaking that cycle.”

He emphasised the need to accelerate the transition to indigenous renewable energy sources. “The only way to truly secure affordable energy is to generate more of it ourselves. That means investing in the infrastructure to harness our vast renewable potential. Without a modernised grid, we simply won’t be able to deliver on our ambitions. We also need to speed up planning processes to ensure renewable projects get off the ground faster.”

Sean Kelly also pointed to the importance of energy storage and market flexibility in integrating renewables. “It’s not just about producing more green energy; it’s about making sure we can use it effectively. That’s why incentives for energy storage, flexible demand, and better market design are key.”

Austin Kennedy, Sales Director, UK & Ireland, Aalberts hfc UK & Ireland.

Sean Kelly MEP

Ventilation for schools and offices

S&P PURECLASS for particle-free air

PURECLASS is an advanced ventilation solution developed by Soler & Palau to improve indoor air quality and energy efficiency in educational and work environments. As a decentralised ventilation unit, it is the ideal solution for renovations in existing buildings without ventilation, or those with poor ventilation. It is equally suitable for new-builds, especially in buildings where there are space limitations to locate the necessary ducts in other types of ventilation systems.

The PURECLASS system works through an air recovery and filtration process. The decentralised ventilation unit captures air from inside the space, filters it to remove harmful particles, and recovers the heat before expelling it to the outside.

At the same time, it introduces clean, filtered air from outside, maintaining the ideal comfort temperature and ensuring optimal air quality.

PURECLASS integrates a range of advanced technology solutions that are designed to maximise system efficiency and adaptability. The unit has an integrated outdoor air bypass that allows the outside air to be used for free-cooling in indoor spaces. It is also equipped with an advanced controller capable of controlling up to five devices simultaneously. It can also optimise the operation of multiple units without complications, facilitating centralised management.

Benefits of PURECLASS

One of the main advantages of PURECLASS is its simplified installation. As it is a decentralised ventilation unit, it does not require ducts inside the

building. This means that it can be quickly mounted on the ceiling or integrated into a false ceiling, adapting to the specific needs of each space without the need for costly or invasive works.

PURECLASS is equipped with highefficiency filters that remove fine particles, pollen, bacteria and viruses from the air, significantly improving indoor air quality. Available filters include pollen filters (G4), particulate filters (MS), bacteria filters (F7) and virus filters (F9).

PURECLASS features a high-efficiency heat exchanger that can recover up to 92% of the heat from the exhaust air. In addition, it is equipped with energyefficient EC motors which significantly reduce energy costs and contribute to the sustainability of the building. It is not only efficient, but also aesthetically pleasing. Its streamlined design ensures

that it does not interfere with the aesthetics of the building, while its compact dimensions allow for discreet and efficient installation.

Maintenance is simple. Filters and motors are easily accessible from the bottom of the equipment, making them easy to clean and replace with no need to disassemble heavy panels or perform complex interventions.

In short, when considering the implementation or renovation of ventilation systems in educational environments, choosing the right solution is key both for the wellbeing of students and staff, as well as for the optimisation of resources and the sustainability of the centre. The choice of PURECLASS not only delivers significant benefits for building users, but also for the system designers and installers involved in the project.

The comprehensive technical support services provided by Soler & Palau Ventilation Systems, from the initial design stage of the project through to the installation of the equipment, is an added bonus.

Further details from Soler & Palau Ventilation Systems. T: 01 412 4020; E: sales.ie@solerpalau.com

S&P PURECLASS installed in a typical classroom setting.

Solar powerdelivering light from light

Producing light from light sounds strange at first, but solar luminaires, even in moderate climates, are starting to make perfect sense, writes Gearóid McKenna, Managing Director of TaskLED and Steering Group member of Lighting Association Ireland.

The sun is the most important source of energy for all life on Earth – its light warms the atmosphere and enables the photosynthesis of algae and plants. It drives the water cycle, our weather and the wind. What could be more natural than using this inexhaustible and free energy source in lighting solutions? It takes the sun just a few minutes to transmit as much energy to the Earth as humanity consumes in an entire year. Solar energy offers a promising option to cover civilisation’s energy needs in a solution that is in harmony with the environment and nature.

Solar luminaire systems

The challenge lies in capturing this energy, exploiting it technically and storing it because the fluctuation in light intensity during the course of the day is out of kilter with the pattern of our energy requirements. The best example of this is artificial lighting that is needed at night –precisely when the sun does not shine.

All solar luminaire systems can be broken down into three components.

• The Solar Cell: This is the part that harvests the sunlight and converts it into storable electrical energy

• The Battery: The part that stores the electrical energy;

• The Output: The output part that consumes the stored energy. This is normally a lantern.

The SELUX AETO system

There are many ways to package these components, but SELUX believes that its new AETO system offers the best solution, taking into account performance, aesthetics and cost.

Like most modern technology, solar cells have their roots in research from the 19th century. French physicist Alexandre Edmond Becquerel discovered the photoelectric effect in 1839, which inspired many other great researchers, including Heinrich Hertz, his student Wilhelm Hallwachs, and even Albert Einstein.

In 1907, Einstein submitted a quantum theory explanation as to why light generates electrical charges in certain materials. However, it was not until the 1950s that American laboratories produced the first solar cells. These were made from the semi-conductor silicon with an electrical output that could be used in a technical application in the emerging aerospace industry but also as a decentralised power supply, for example, in telephone amplifiers. The electricity that solar cells generate can be used immediately, stored in batteries or transformed into alternating current

and fed into the grid.

This brings us up to today. Developments in PV cells have seen the efficacy increase to a very useable 23% in the case of the Selux AETO. This increase allows for installations to be considered even in locations that are typically thought to be too sunlightdeficient to work. Northern Europe and Canada, for example.

AETO PV system

The AETO PV system uses highly efficient monocrystalline solar cells configured in a shingled format. These offer a minimum service lifetime of 25 years with an output, depending upon configuration, of 420 watts.

Another improvement has been in the packaging of the PV cells. The typical “sail” arrangement that dominated the early installations has been surpassed by far more aesthetically pleasing integrated PV cells. The AETO has these installed vertically as part of the column. This negates any snow loading and, to a certain degree, is self-cleaning as the rain simply washes any accumulated dirt off.

Perhaps the most significant

Gearóid McKenna, Managing Director of TaskLED and Steering Group member of Lighting Association Ireland.

gain can be made by utilising the modular nature of the PV array. Each module is 1.0 metres in length, and most have four PV cells that are 170mm wide. The module that contains the lantern only has three cells, as an access door is provided in place of the fourth cell.

This modularity enables the lantern to be installed at any height on the column at the join of the PV cells. This solves the problem of having the lantern installed at the top of the column and maximises the energy harvested, the lumen output and the optical distribution.

AETO battery system

The AETO battery system is positioned in the module that contains the lantern. This setup enables all maintenance to be conducted from one point and means that the columns can be installed in areas that flood without any adverse effects on the lantern’s performance while maintaining the integrity of the area to be lit.

The AETO uses nickel metal hydride (NiMH) batteries with a service life of 5,000 charges (or 11-15 years). Importantly, they have an operating range of -40C through to +60C, meaning that they can confidently be used in most regions around the globe. Storage-wise, the options are 312 watts or 624 watts, depending on the scheme’s requirements.

AETO lantern

Lastly, but most importantly, is the lantern itself. The AETO uses a light engine that generates 217 lumens/ watts with a 22-watt peak at 4,450 lumens. There is a range of five optical distributions that enables the correct lit effect to be achieved in nearly all cases.

Assessing your project’s potential solar yield

Having read this far, you will have been exposed to a lot of technical

information, all of it important. However, how do we make this meaningful for designers and various project stakeholders?

SELUX has developed a simple, intuitive online configurator that enables anyone to enter specific project parameters and get an assessment of the potential solar yield and associated maximum lumen output. This gives a simple indication as to whether a solar solution will be appropriate for any given project.

The configurator allows for the inclusion of shading details, motion detectors, approximate pedestrian volume, lighting regime (ie, on constantly all night or switched

and dimmed to cater for heavy or light traffic), colour temperature, battery size and column and lantern mounting height.

All of this gives specifiers the information required to confidently develop a comprehensive lighting scheme.

If you want to understand more about solar-powered outdoor lighting contact Gearóid McKenna, TaksLED. E: gearoid@ taskled.ie or scan the QR code

Moving forward together: A bolder, simpler, faster Union

Mihai Barcanescu, Policy Manager, EFCA, writes that the European Commission’s new 2025 Work Programme unveils ambitious policy and legislative plans, promising significant changes and opportunities for the consulting engineering sector, from cutting red tape to tackling climate change and the digital revolution.

‘Moving forward together: A bolder, simpler, faster Union’ is the motto under which the European Commission (EC) published on 11 February its detailed Work Programme (WP) for 2025 . This was a long-awaited document by public and private stakeholders since it outlines this year’s EC policy and legislative plans.

In brief, the WP is usually based on an analysis made by the EC of the various topics that are either already ongoing or need to be tackled at the EU level, followed by their prioritisation over the year. What makes this WP different is that it outlines the first programme of a new Commission, which made bold promises before being sworn in at the end of last year.

Consequently, besides the ‘businessas-usual’ type activities, this year’s programme outlines a sweeping set of long-awaited measures, from those aimed at reducing ‘red tape’ to new policies and legislation,

which all look very promising for the consulting engineering sector. New initiatives will tackle climate mitigation, circularity, resilience and the AI revolution, while simplification measures should lighten the regulatory burden for all sectors.

This Commission looks set to have a different and more ambitious approach than the previous ones, and engineers will be at the forefront both as a sector covered by the proposed measures and as solutions providers.

EFCA has done a thorough analysis of the 2025 WP, and we will try to outline in the paragraphs below the main challenges and opportunities that our sector must prepare for.

Cutting ‘red tape’

A significant change from the previous EC policy approach is represented by the three Omnibus packages, which are amendments to existing legislation aimed at simplifying and harmonising the

current legal framework. The most important is the first Omnibus package, which will address the simplification or elimination of various reporting requirements (sustainability, due diligence, etc.) by companies, as stipulated by current EU legislation, including the (green) Taxonomy. The number of companies in scope of the applicable reporting legislation will thus be reduced by approximately 80%, with SMEs standing to benefit the most, as the simplification measures are generally targeted at them. And as more than 90% of engineering companies are SMEs, these EC proposals are most welcomed by our sector.

The second and third Omnibus packages will aim for other simplifications, harmonisations and reduction of burden at EU level, in particular on EU investment programmes (Second Omnibus package).

Addressing climate change and climate resilience

The topic has long been at the top of the EU agenda, but after the adoption of the Green Deal and its subsequent components (eg, the Fit-for-55 package), it would have appeared that this topic is mostly covered. Not quite.

A smaller but extremely impactful proposal that will be discussed this year is the amendment to the EU Climate Law, which would enshrine the 90% emission reduction target for 2040 (relative to 1990) in EU legislation, effectively boosting all climate-related activities in the 27 member states.

Moreover, the EC published the Clean Industrial Deal through which it aims to turn decarbonisation and

circularity into drivers of growth by lowering energy prices, creating quality jobs and competitiveness of companies. The Clean Deal elements, for some of which the legislative process will start as of this year, include:

• An Affordable Energy Action Plan to boost energy production and infrastructure

• The adoption of a Circular Economy Act (foreseen for 2026) and

• An EU Critical Raw Material Centre for joint purchase of raw materials, Clean Trade and Investment Partnerships to diversify supply chains abroad, etc.

European Water Resilience Strategy

Last but not least, the long-promised European Water Resilience Strategy will be published this year. It will focus on ensuring that water sources are properly managed and water scarcity is addressed. Strengthening the competitiveness and innovative edge of the EU water industry and taking a circular economy approach will also be part of this strategy. While the plan will focus on the EU, it will also have a worldwide dimension.

An ever-closer digitalised Union?

Despite the significant efforts the EU has made, it is now clear that other actors – China, the US, etc, either directly or through their companies – are leaders when it comes to digitalisation. Consequently, the 2025 Programme has unveiled a set of proposals that should boost the European sector so that it can at least keep up with its overseas rivals, if not overtake them.

One of the main elements is the AI Continent Action Plan, which includes the establishment of European AI factories and, subsequently, European AI ecosystems. The plan is also foreseen to address forbidden practices (manipulating human behaviour and vulnerable populations), training in AI, sanctions, etc.

AI is becoming an increasingly used

tool by engineers as well, for both technical and non-technical aspects, hence the importance of this plan. Once adopted, the plan will likely give way to concrete legislative initiatives at the EU level in the near future.

Related to the above are the Digital Package and the Digital Networks Act.

The former is meant to advance the EU’s digital transformation by addressing areas such as digital services, data governance and cybersecurity, as well as supporting digital innovation and protecting users.

The latter will enhance the EU’s digital infrastructure by promoting secure, high-speed broadband access across all member states and facilitating cross-border network operations and service provisions.

Besides the more technical initiatives outlined above, the EC is also looking at ‘softer’ measures, which are no less relevant.

The first is the foreseen improvement of the Single Market via a new strategy. The strategy will focus on the better implementation of existing rules, removing barriers, improving integration and fostering competitiveness. It will also promote the cross-border provision of services and the movement of goods.

SMEs will again receive particular attention, since there is a recognition of the fact that market entry in other EU member states often

remains difficult, especially for smaller companies – something also witnessed by the engineering sector.

EU legal framework on public procurement

Perhaps the most important initiative announced in 2025 for the engineering sector is the update of the EU legal framework on public procurement and, in particular, the Public Procurement Directive. To understand the magnitude of this initiative, EU countries spend around 14% of their GDP (around €2tn) yearly on the purchase of services, works and supplies. In many sectors, such as energy, transport, waste management, social protection and the provision of health or education services, public authorities are the principal buyers. This is the bread and butter of the engineering sector.

The stated goal of this update is to better serve public interests, with a specific emphasis on aspects such as strategic procurement for specific sectors and activities (eg, purchase of critical raw materials), sustainability, simplification, increased transparency and efficiency.

Last but not least, it must be noted that while most procurement rules are focused on the internal market, some of the changes will also concern EU funding for and procurement practices in third countries to address issues from sustainability to unfair competition from non-EU companies and countries.

Mihai Barcanescu is Policy Manager,with The European Federation of Engineering Consultancy Associations (EFCA), the only federation to represent the engineering consultancy industry in Europe. Founded in 1992, EFCA has member associations in 26 European countries representing over 10,000 companies and more than one million staff in engineering and related services.

To learn more, visit www.efcanet.org

Mihai Barcanescu, Policy Manager, EFCA

APPOINTMENTS

L to r: Paul Kennedy, Managing Director and Ray Green, Operations Director, at Automatic Fire’s offices in Park West Industrial Park, Dublin.

Automatic Fire appoints Ray Greene as Operations Director

Leading fire protection specialists Automatic Fire has announced the appointment of Ray Greene to its board as Operations Director.

A company release noted the appointment is a significant step in its strategic development and ongoing commitment to excellence.

Ray Greene brings over three decades of experience in the Irish and European fire protection industry. With expertise in operations management, strategic planning, and project leadership, he has built a reputation for optimising processes, improving efficiency, and driving growth across the sector. His knowledge and leadership are invaluable assets as Automatic Fire continues to innovate and deliver outstanding service to its clients.

Holding diplomas in Project Management (Trinity College) and Lean Quality Systems (University of Limerick), Ray Greene is dedicated to fostering a culture of continuous improvement and delivering innovative solutions that meet the ever-evolving needs of clients.

Paul Kennedy, Managing Director, Automatic Fire, commented, “We are excited to welcome Ray to the team. His experience and leadership will be crucial as we continue to grow and enhance our operations. We look forward to seeing the positive impact he will have.”

Ray Greene commented: “I’m thrilled to join Automatic Fire at such an exciting time. I look forward to collaborating with the team to drive innovation and deliver top-quality solutions for our clients.”

Automatic Fire is a leading provider of fire protection systems, specialising in sprinkler, gas suppression and fire alarm installation and maintenance for a wide range of industries. With a commitment to excellence and innovation, the company ensures the highest safety and service standards for its clients across Ireland and Europe.

Damien Parker appointed Business Development Manager (South) at Wilo Ireland

Wilo Ireland has announced the appointment of Damien Parker as Business Development Manager (South). Damien brings over 20 years of experience in the HVAC sector to the team.

Before joining Wilo, he held technical sales roles with various high-profile manufacturers in the HVAC industry.

In his new role, Damien will work across the full Wilo product portfolio, which includes building services, industry, and water management; geographically, he will cover the South of Ireland.

Michael O’Herlihy of Wilo Ireland commented about the appointment: “We are excited to welcome Damien to the team. His experience will be crucial as we continue to grow and enhance our operations to meet the needs of our customers. We look forward to seeing the positive impact he will have.”

Damien Parker commented: “I’m delighted to join Wilo Ireland at such an exciting time. I look forward to collaborating with the team to drive innovation and deliver top-quality solutions to our clients.”

Wilo Ireland is a subsidiary of the Wilo Group, one of the world’s leading premium suppliers of pumps and pump systems for building services, water management and the industrial sector. With innovative solutions, smart products and individual services, it makes water move using intelligent, efficient and eco-friendly techniques.

Damien Parker as Business Development Manager (South), Wilo Ireland.

The new Aquarea M Series

The new Aquarea M Series

The

The