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Planning condition discharge and compliance management, ensuring renewable projects remain compliant through construction. Home > Services (Item) > Planning Conditions Discharge & Ongoing Compliance Keep consents compliant through build. We schedule, submit and evidence each condition so progress isn’t held up. Deliverables Conditions register & responsibilities Submission packs & trackers Evidence file for audits Monthly compliance report Filter out items with Sector Planning, Permitting & Environmental (EIA) Filter by Sector Select Sector Case Studies Explore how Galetech Group delivers sustainable energy solutions from concept to completion. Planning, Permitting & Environmental (EIA) Monvallet Solar /Bess Project Galetech Energy Services team was appointed as Owner’s Engineer for the pre-construction of the Monvallet Solar and BESS project. 50 MW Solar Farm + 134 MWh Battery Energy Storage System ( Phase 1) Case Study Project Gallery Filter by Tags Lidar Measurements Met Mast Installation Services Nacelle Mounted Lidar Installation Permanent Lidar Solar Monitoring Systems FAQs 1) What does Planning Conditions Discharge cover? We manage the discharge of planning conditions and ongoing compliance obligations to ensure projects remain consent-compliant throughout construction and operation. 2) When does this service apply? From post-consent through construction and into operations, where active management of planning conditions is required. 3) How do you manage compliance risk? By tracking condition requirements, coordinating technical inputs, managing submissions, and maintaining clear audit trails. 4) Do you liaise with planning authorities? Yes. We manage communication with planning authorities and regulators to support timely approvals and compliance sign-off. 5) What information is required? Planning consent documents, condition schedules, technical reports, and construction or operational programmes. 6) What are the deliverables? Condition trackers, submission packages, approval records, and ongoing compliance reports. News & Events News Galetech Group Announces Major Expansion Read Blog News Galetech and BTS: A Strategic 50% Partnership to Power Blade Excellence Read Blog News Meet the Team Driving Galetech’s e-Fuels Vision Read Blog View More Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Quality assurance and structured handover services ensuring complete documentation, training, and smooth transition to operations. Home > Services (Item) > Quality Assurance & Handover Close cleanly with complete documentation and training. Deliverables As-builts, O&M manuals & spares lists Training and acceptance (PAC/FAC) Defects/snags register to zero Final close-out report Filter out items with Sector Filter by Sector Select Sector Case Studies Explore how Galetech Group delivers sustainable energy solutions from concept to completion. Project Gallery Filter by Tags Lidar Measurements Met Mast Installation Services Nacelle Mounted Lidar Installation Permanent Lidar Solar Monitoring Systems FAQs 1. What does Quality Assurance & Handover include? This service ensures projects are closed out cleanly with verified quality, complete documentation, and structured handover processes that support long-term operations, compliance, and asset performance. 2. What documentation is included in the handover pack? We compile as-built drawings, Operations and Maintenance manuals, spares lists, test records, and compliance certificates into a complete and auditable final handover pack. 3. How do you support PAC and FAC acceptance milestones? We manage Provisional Acceptance Certificate and Final Acceptance Certificate processes by coordinating evidence, verifying completion criteria, supporting inspections, and ensuring contractual requirements are met. 4. Do you provide training as part of project handover? Yes. We coordinate operational training for asset owners and site teams to ensure systems, maintenance requirements, warranties, and documentation are clearly understood before final acceptance. 5. How do you ensure quality issues are identified and closed out? We track outstanding defects, manage punch-list closure, verify corrective actions, and confirm quality compliance before issuing final close-out documentation. 6. What is included in the final close-out report? The final close-out report summarizes completed works, quality outcomes, outstanding warranties, documentation status, and key handover information to support smooth operational transition and ongoing governance. News & Events News Galetech Group Announces Major Expansion Read Blog News Galetech and BTS: A Strategic 50% Partnership to Power Blade Excellence Read Blog News Meet the Team Driving Galetech’s e-Fuels Vision Read Blog View More Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Construction management and site supervision services coordinating contractors, programme control, and quality assurance. Home > Services (Item) > Construction Management & Site Supervision (Owner’s Engineer) Programme, quality and cost under control. We coordinate contractors, manage change/claims and provide honest reporting. Deliverables Daily/weekly site reports Change control & commercial admin ITPs/QA checks & issue log Decision/risks register Filter out items with Sector Planning Conditions Discharge & Ongoing Compliance Planning, Permitting & Environmental (EIA) Filter by Sector Select Sector Case Studies Explore how Galetech Group delivers sustainable energy solutions from concept to completion. Planning Conditions Discharge & Ongoing Compliance ENGIE Irish Solar Projects Galetech Energy Services team has been appointed by ENGIE as part of the Owner’s Engineer team for the delivery of their first three solar developments in Ireland. Project Type: Three Solar PV Projects (First ENGIE-developed solar assets in Ireland) Case Study Planning, Permitting & Environmental (EIA) Timahoe Solar Project Galetech Energy Services team was appointed by ESB and Bord na Móna (Sundew) as part of the Owner’s Engineer team for the pre-construction and construction phases of the Timahoe Solar development. Case Study Project Gallery Filter by Tags Lidar Measurements Met Mast Installation Services Nacelle Mounted Lidar Installation Permanent Lidar Solar Monitoring Systems FAQs 1. What does Construction Management & Site Supervision include? This service provides independent Owner’s Engineer oversight to control programme, quality, cost, and contractor performance, ensuring projects are delivered to specification, on schedule, and within budget. 2. How do you manage contractors and site delivery? We coordinate contractors on site, oversee daily activities, monitor progress, and resolve technical or commercial issues to maintain momentum and prevent delays. 3. What reporting do you provide during construction? We issue structured daily and weekly site reports covering progress, quality, safety, risks, and key decisions. Reports are designed to provide clear, honest visibility for project teams, investors, and stakeholders. 4. How do you manage change control and commercial claims? We manage variation requests, track cost and schedule impacts, support contract administration, and assess claims to ensure changes are controlled, justified, and transparently reported. 5. How do you track project risks, issues, and decisions? We maintain a live risk, issues, and decisions register that records emerging risks, mitigation actions, ownership, and outcomes, helping keep projects on track and governance strong. 6. How does Owner’s Engineer oversight protect project value? By independently monitoring quality, programme, and cost, we reduce delivery risk, prevent scope creep, improve contractor accountability, and ensure project outcomes align with investor and lender expectations. News & Events News Galetech Group Announces Major Expansion Read Blog News Galetech and BTS: A Strategic 50% Partnership to Power Blade Excellence Read Blog News Meet the Team Driving Galetech’s e-Fuels Vision Read Blog View More Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Hybrid renewable energy solutions integrating storage, hydrogen, e-fuels, AD, and co-location for optimised project performance. Home > Services (Item) > Innovative Hybrid Energy Solutions Add value with storage, hydrogen/e-fuels, AD and co-location. Options are tested against grid, permits and economics before you invest. Deliverables Options study and business case Grid/permitting implications Capex/opex & revenue scenarios Phased roadmap to FID Filter out items with Sector Renewable Construction Filter by Sector Select Sector Case Studies Explore how Galetech Group delivers sustainable energy solutions from concept to completion. Renewable Construction large-scale solar project Our Contracts team successfully delivered a grid-connected solar PV system designed to make the most of the available roof space and sunlight throughout the day. The system includes 506 high-efficiency solar panels and three Huawei inverters, providing a total installed capacity of 220.11 kWp. Case Study Project Gallery Filter by Tags Lidar Measurements Met Mast Installation Services Nacelle Mounted Lidar Installation Permanent Lidar Solar Monitoring Systems FAQs 1) What are Innovative Hybrid Energy Solutions? We design and assess projects combining technologies such as wind, solar, storage, and grid services to maximise site value and flexibility. 2) When should hybrid solutions be considered? At site screening or early design stage, where grid constraints, land availability, or market signals support multi-technology solutions. 3) How do you assess technical and commercial viability? By modelling energy flows, grid interactions, revenue stacking, and operational constraints across all technologies. 4) Do you consider regulatory and market impacts? Yes. We assess compliance, market participation requirements, and regulatory risks associated with hybrid operation. 5) What inputs are required? Site data, grid capacity information, planning constraints, technology options, and commercial objectives. 6) What are the outputs? Concept designs, performance and revenue assessments, risk analysis, and recommendations on optimal hybrid configurations. News & Events News Galetech Group Announces Major Expansion Read Blog News Galetech and BTS: A Strategic 50% Partnership to Power Blade Excellence Read Blog News Meet the Team Driving Galetech’s e-Fuels Vision Read Blog View More Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Behind-the-meter Auto-Production Wind Turbine Project Galetech provided project management and technical advisory services for the installation of a 3 MW Enercon E-101 wind turbine at the Janssen Pharmaceutical facility in Ringaskiddy, Cork. The project was developed as a behind-the-meter renewable energy solution, enabling the client to generate clean electricity directly on-site to support its manufacturing operations. Surplus electricity generated by the turbine is exported to the grid through a REFIT PPA structure, providing additional commercial value. Client Janssen Pharmaceutical (Johnson & Johnson) Capacity 3MW Location Ringaskiddy, Co. Cork, Ireland Architect Challenge The project involved several technical and delivery challenges: - Integrating a large-scale wind turbine within an operational pharmaceutical manufacturing site - Coordinating civil, electrical, and turbine installation interfaces within a constrained industrial environment - Managing grid connection requirements and export arrangements for surplus generation Ensuring strict health, safety, and regulatory compliance during construction Solution Galetech implemented a structured project management approach to ensure successful delivery: - Detailed wind resource and energy yield modelling to optimise turbine performance - Strategic turbine procurement and contract support to ensure robust supplier selection - Integrated BoP and turbine installation coordination to manage civil and electrical interfaces - Comprehensive construction-phase management and safety oversight - Alignment of grid export arrangements under the REFIT scheme Outcome - Successful installation of a 3 MW Enercon E-101 wind turbine at the Janssen facility - Delivery of a behind-the-meter renewable energy solution supporting on-site electricity demand - Surplus generation exported to the grid through a REFIT PPA arrangement - Demonstrated capability to deliver renewable energy infrastructure within complex industrial environments Start Your Project with Us Contact Us Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Galetech is advancing e-Fuels through Irish research facilities and global renewables, delivering scalable, carbon-neutral fuel solutions. e-Fuels Galetech is a leader in the renewable energy sector, specialising in wind, solar, and energy storage solutions. We are committed to pioneering next-generation technologies - including e-Fuels - to accelerate the global energy transition. 2027 E-Fuels Research Facility 2030 100mw Marhera Excelerated 2030's Emoru 1GW Our Pathway In Ireland, Galetech is launching a state-of-the-art, modular research facility designed for rapid deployment. This facility leverages our deep industry experience to unlock stranded renewable energy resources and bring innovative e-Fuel solutions to market. The initial rollout will include a commercial-scale facility of up to 40 MW, capable of producing as much as 15 million litres of e-Fuel per year. This output represents roughly 10% of Ireland’s expected contribution to the EU’s 2030 mandate for synthetic aviation fuel. In parallel, Galetech is advancing two major renewable energy projects in Kenya. The initial phase aims to harness 1 GW of combined solar and wind capacity within the next decade. This dual-region strategy reflects our long-term commitment to driving the adoption of e-Fuels, reducing global carbon emissions, and supporting sustainable economic development. Why e-Fuels e-Fuels - also known as electrofuels - are synthetic fuels produced using renewable energy, offering a carbon-neutral pathway to significantly reduce greenhouse gas emissions. They are created through electrolysis, a process that uses renewable electricity to split water into hydrogen and oxygen. The renewable hydrogen is then combined with captured CO₂ to form energy-dense hydrocarbons such as e-methanol, e-diesel, and e-kerosene. These next-generation fuels are fully compatible with existing engines, fueling systems, and global energy infrastructure. This makes e-Fuels a powerful solution for sectors that are difficult to electrify, including aviation, shipping, and heavy-duty transport. Ongoing advancements in electrolysis technologies and carbon capture are driving greater efficiency and cost reductions, bringing scalable e-Fuel production closer to commercial reality. e-Fuels represent a critical bridge to a cleaner, more resilient energy future without requiring a complete overhaul of today’s transport systems. CO2 Conversion Process The three essential components of e-fuel production are renewable electricity, water and carbon dioxide. The e-fuel process mimics the processes of nature, such as trees taking in sunlight, carbon dioxide and water. By converting CO2 from the atmosphere into a renewable e-Fuel we replace conventional fossil fuels thus helping reduce future CO2 levels in our atmosphere. Projects Research Facility in Ireland e-Fuels Kenya at GW Stages e-Fuels View More The Market The European Union has committed to a 55% reduction in greenhouse gas emissions by 2030 and achieving climate neutrality by 2050. In the aviation sector alone there are mandates for >0.7% e-Fuel in 2030 rising sharply to 35% e-Fuel by 2050. Simply put, there’s an EU mandated demand for >500 million litres of e-Fuel in 2030 for just the aviation industry, with similar mandates in place for maritime and road transport. Community Grants & Fund Activities Cush Wind Farm From Community Support to Champions: Drumcullen Camogie’s Senior B Title View More Old Mill Wind Farm St. Oliver Plunkett NS Visit Old Mill Wind Farm and Build a “Human Turbine” View More Old Mill Wind Farm A Day of Discovery: Oliver Plunkett’s N.S. Visits Old Mill Wind Farm View More View More Talk to Our Experts Talk to Keith Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Renewable feasibility studies for Welsh Water assessing solar and wind power opportunities across sites. Welsh Water Feasibility Galetech Energy Services team had been appointed by Welsh Water to conduct feasibility studies on a number of their sites to determine if solar or wind power were options. Client Welsh Water Capacity N/A Location Wales Architect N/A Challenge • Varying degrees of complexity from site to site. • Coordinating numerous project sites simultaneously. • Navigating planning, grid, and compliance pathways Solution • Early-stage involvement with the client to examine each site • Quickly identify sites that have obvious constraints and disregard. • Delve deeper into obstacles at a shortlist of sites. • Multidisciplinary skillset involvements from GES and wider Group. Outcome • Extensive list of sites shortlisted to three • Deeper due diligence on these sites highlighted they were unsuitable due to different reasons on each site. Start Your Project with Us Contact Us Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

BTM Wind Programme Welsh Water - Welsh Water (BTM Wind Programme) Galetech Energy Services (GES) is providing client-side development and planning management support for Welsh Water’s behind-the-meter (BTM) wind generation programme across multiple operational sites in Wales. Client Welsh Water Capacity 1MW Location Wales, UK Architect Challenge The Welsh Water BTM wind programme presents several key development challenges: Identifying viable wind development opportunities across multiple operational infrastructure sites Managing planning and environmental constraints associated with distributed turbine development Aligning renewable generation with site-specific electricity demand profiles Delivering projects that support Welsh Water’s long-term decarbonisation and energy resilience goals Solution GES implemented a structured multi-site development approach to support programme delivery: Strategic screening of over 15 sites to assess technical, environmental and planning viability Early-stage constraint mapping and feasibility analysis to prioritise high-potential sites Development of a phased pipeline of projects, progressing viable sites toward planning Provision of client-side programme management to coordinate technical studies and development activities Outcome 15+ sites assessed for behind-the-meter wind viability 8 sites progressed to pre-planning stage 3 sites advancing to full planning applications for approximately 1 MW turbines Establishment of a scalable wind generation pipeline supporting Welsh Water’s renewable energy strategy Programme contributing to Welsh Water’s commitment to achieve net zero by 2040 Start Your Project with Us Contact Us Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Explore the Galetech Community Hub, highlighting local initiatives, education, and engagement programs supporting communities around renewable projects. Community Hub The Galetech Group ethos is that through fostering relationships and collaboration with communities, together we will create a cleaner, greener, Locally affluent, and more sustainable world. Featured Projects Community Consulation Filter by Tags Onshore e-fuels Wind Cushina Wind Farm Project View Project Building Development 67, Market Street, Cootehill View Project Building Development Market Square View, Arva View Project e-fuels Kenya at GW Stages View Project e-fuels Research Facility in Ireland View Project Wind Quarry Tree Wind Farm Project View Project Wind White Hill Wind Farm View Project Wind Cush Wind Farm Project View Project Listening & Engaging with our Communities Community consultation is at the heart of how we plan, design, and deliver our projects. We engage early and openly to: - Share clear and transparent information about proposed projects - Listen to community feedback and concerns - Work together to find solutions and enhance local benefits - Build trust through meaningful dialogue Our Process Early site selection briefings with local authority and key stakeholders. Initial public information events to explain why the site was chosen and how the project could work. Launch of project website or online portal. Door-to-door information drops, newsletters or mail-outs to nearby residents. Appointment of a Community Liaison Officer as a dedicated point of contact. Open channels for early feedback, concerns, or ideas. Goal: Transparency from the outset and to shape the project with community input, not after decisions are made. Our Commitment to You Transparency: Honest communication at every stage of the project. Accessibility: Multiple channels to access information and participate. Responsiveness: We take community feedback seriously and respond in a timely, respectful manner. Sustainability: Creating positive social, environmental, and economic outcomes. Our wind farms help power communities Each year, a Community Benefit Fund is opened to support local projects that make a difference in the areas surrounding our wind farms. Local community groups, schools, and voluntary organisations can apply for funding. The fund is designed to support projects that strengthen communities, promote sustainability and education and enhance local facilities and services If you have a project idea that could make a positive impact in your community please contact us below. Community fund enquiry Galetech Free Education Resources on Wind Energy for schools View Post Galetech Celebrate World Recycle Day View Post Carrickallen 2023 fund - Digital Literacy Programme “This project has had a wonderful impact on pupil's motivation to learn. Through using the laptops, they are gaining valuable digital literacy skills while enjoying their learning. The laptops are used across the curriculum for numeracy, literacy, history, geography and science projects, greatly adding to our ability to facilitate STEAM lessons.” Eilish Smith – Deputy Principal Cootehill Tidy Towns “Cootehill Tidy Towns have benefited very much from the grant we have been awarded by SECAD. This grant has allowed our group to work on our Biodiversity objectives by creating a Wild Flower Patch. It has enabled our group to extend our flower planting in the town with the installation of 10 Street Poles on Bridge Street.” John Grogan - Chairperson Mountain Lodge - Cootehill Community Childcare “We here as workers and on behalf of the Board of Management are very grateful to have being awarded this grant to put towards this wonderful project to be able to install 20 solar panels which will help the service on a daily basis for all our staff and children who will benefit with hot/warm running water everyday and will also bring down the cost of our ESB bills per year and immersion bills. we are very Thankful to be chosen to help fund this project” Mary Farrelly - Position in organisation Manager Mountain Lodge - St Brigid's National School "We would like to thank the Mountain Lodge Wind Farm Community Fund for their very generous funding towards stage one of the redevelopment of an area at the back of our school into an outdoor classroom / well being sensory garden and giving our school the opportunity to grow and develop" Meabh Haughey - Position in organisation Principal We would like to sincerely thank Cush Wind Farm for their ongoing support and sponsorship. Winning the Senior B Championship Final on 12 September 2025 was a proud moment for everyone involved, and we’re grateful to have Cush Wind Farm alongside us on that journey. Their backing reflects genuine community spirit, and we deeply appreciate it Drumcullen Camogie Club Community Grants & Fund Activities Cush Wind Farm From Community Support to Champions: Drumcullen Camogie’s Senior B Title Read Blog Old Mill Wind Farm St. Oliver Plunkett NS Visit Old Mill Wind Farm and Build a “Human Turbine” Read Blog Old Mill Wind Farm A Day of Discovery: Oliver Plunkett’s N.S. Visits Old Mill Wind Farm Read Blog View More Contact our Community Team today! Contact Us Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Large Scale Energy Usage Hybrid Wind & Solar Auto-Production Project Galetech delivered Ireland’s largest co-located, behind-the-meter hybrid renewable energy project, integrating wind and solar generation to directly supply energy to a private client’s operations. The project was led through feasibility, planning, procurement, and construction, culminating in a fully operational renewable energy system designed to reduce energy costs and carbon emissions while improving energy resilience for the client. Client Confidential Client-Cavan Capacity 7.5MW Location Co. Cavan Architect Challenge Key challenges associated with the development included: - Delivering a hybrid renewable solution integrating wind and solar technologies within a single project framework - Navigating planning and regulatory approvals for a large-scale auto-production wind turbine - Coordinating technical, commercial, and construction workstreams through to financial close and project delivery - Ensuring the project achieved strong commercial performance for the client Solution Galetech adopted a planning-led development strategy combined with structured project management: - Early feasibility and technical analysis to confirm optimal hybrid system configuration - Integrated programme management to coordinate technical, commercial, and regulatory activities - Strategic procurement and EPC tender management to ensure robust contractor selection - Embedded design safety management through PSDP services to maintain compliance and reduce delivery risk Long-term focus on operational performance and asset management Outcome Delivery of Ireland’s largest co-located behind-the-meter hybrid renewable energy project. Successful planning approval and installation of a 152.5 m tip-height wind turbine. Operational hybrid renewable energy system providing significant energy cost savings and carbon reductions for the client. Demonstrates Galetech’s ability to structure, develop, and deliver complex BTM renewable assets with strong governance and long-term performance focus. Start Your Project with Us Contact Us Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Large Energy Users BTM Large-Scale Wind Auto-Production Project Galetech delivered Ireland’s first large-scale wind auto-production project, designed to provide renewable electricity directly to a major industrial client in County Cork. The project integrates two Enercon E-82 wind turbines operating under a behind-the-meter structure, enabling the client to significantly reduce exposure to electricity price volatility while lowering carbon emissions. The development was led through feasibility, planning, funding support, procurement, and full project execution. Client Confidential Client-Cork Capacity 4.1MW Location Cork Architect Challenge Key challenges associated with the project included: Developing Ireland’s first large-scale wind auto-production model for an industrial client Structuring commercial arrangements to allow on-site renewable electricity supply through a behind-the-meter PPA Managing grid and market mechanisms to enable export of surplus generation Delivering a financially viable project while supporting grant funding and commercial structuring Solution - Galetech implemented a structured development and funding strategy to ensure successful project delivery: - Detailed feasibility and energy demand analysis to optimise turbine capacity relative to site consumption - Development of a hybrid commercial model, combining on-site consumption with export under a REFIT PPA - Strategic use of SEAI grant funding mechanisms to support project economics - Integrated project management and delivery oversight from development through construction - Long-term operations and maintenance services to ensure reliable asset performance Outcome Delivery of Ireland’s first large-scale wind auto-production project - Installation of two Enercon E-82 turbines providing 4.1 MW total capacity - Generation of approximately 10 GWh of renewable electricity annually - Approximately 70% of electricity consumed on-site, supplying ~30% of the client’s total electricity demand - Surplus electricity exported and sold into the market through REFIT PPA arrangements - Significant energy cost savings and reduced exposure to electricity price volatility. Start Your Project with Us Contact Us Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech

Learn about the Quarry Tree Wind Farm Project by Galetech, delivering sustainable renewable energy development with expert engineering and community focus. Quarry Tree Wind Farm Project Quarry Tree Wind Farm is a proposed wind energy development. It would comprise of wind turbines with blade tip heights of up to 200m, each expected to generate around 6.0-7.2 megawatts. The project would also include turbine foundations, access tracks and crane hardstands, underground cabling to connect the turbines, an on-site electricity control building and a grid connection to the appropriate node on the national electricity network. Wind Farm Output 72MW Turbines 10 Homes Powered 54,600 CO₂ Saved 46.900 tonnes of CO₂ /year Community Fund Up to €400,000/year Locations The Quarry Tree Wind Farm outline map currently includes sections of Coillte property in its proposal In addition to third party lands. If you have any Coillte related queries about the proposal, please contact Coillte: lsinfo@coillte.ie FAQs Working together: Galetech Energy Developments & FuturEnergy Ireland. FuturEnergy Ireland is also developing a wind farm on the same ridge in parallel with Quarry Tree Wind Farm. This adjacent project is known as Brackley Wind Farm located approximately 5km north-west of Ballyconnell and 3.5km south-east of Swanlinbar in Co. Cavan. FuturEnergy Ireland is a joint venture company owned on a 50:50 basis by Coillte and ESB, launched in November 2021. The company’s ambition is to develop more than 1GW of renewable energy capacity by 2030, making a significant contribution to Ireland’s commitment to produce 80% of electricity from renewable sources by the end of the decade. Both companies share similar goals in supporting a resilient, low-carbon electricity system in Ireland. In recognition of the fact that our projects are adjacent and are progressing on similar development timelines, we have agreed to work closely together and to support each other in the completion of surveys and technical studies where appropriate. To help ensure a coordinated and consistent approach, the same planning consultant is preparing the separate planning consent applications for both Quarry Tree Wind Farm and Brackley Wind Farm. While each project will be assessed on its own merits, this collaborative approach will support good coordination of technical assessments and community engagement. This respectful cooperation will help ensure that the design of both projects is considered in a complementary manner, and that we communicate with the public in a clear and coordinated way, so the local community is kept informed and up to date with progress. What is Shadow Flicker and is my house going to be affected by it? Shadow flicker is the name given to a phenomenon caused when the sun is behind the turbine blades, as it rises or sets, casting a moving shadow over a small opening in a building, such as a window, creating a flickering effect within the building. This can only affect properties within a few hundred metres of the turbines. A shadow flicker assessment forms part of every planning application we submit. Current guidelines stipulate that shadow flicker must not exceed 30 hours per year, or 30 minutes a day. That’s why we design turbine layout to avoid this phenomenon. Where it could occur, we install solar sensors on the top of the turbine, which will slow or shut down the turbine for a period of time, therefore mitigating the effect. Thanks to technology and accurate calculations, which can pin point the time when shadow flicker could occur, turbines are shut down automatically to prevent shadow flicker. Is my house going to be affected by noise from the wind turbines? The noise emitted from wind turbines has been reduced significantly over the last decade. Modern design has drastically reduced the noise of mechanical components, so that the most audible sound is that of the wind interacting with the rotor blades. Even in quiet rural areas, the sound of the blowing wind is often louder than the turbines. As part of an Environmental Impact Assessment, we must demonstrate during the planning process that noise levels will not adversely affect local residents. Noise levels are monitored before and after construction, and turbines are shut down if they exceed permitted limits. Will my house be affected by low frequency noise and infrasound? Infrasound, or Low Frequency Noise (LFN) are sound waves with frequencies below the lower limit of human hearing. These noises are generated naturally within the atmosphere which surrounds us. They can also be generated by a wide range of human-created sources, such as factories, cars, air conditioning, or wind farms. Studies have confirmed that LFN and Infrasound levels produced by wind farms are below accepted thresholds. There is currently no scientific data to suggest that the levels of LFN or Infrasound emitted by wind turbines make humans ill. Under EU law, we must carry out a comprehensive EIA and that includes expert assessments of the potential impact on local residents – including noise, amplitude modulation and infrasound. Will local wildlife be adversely affected? We will be carrying out a comprehensive EIA (Environmental Impact Assessment) as part of the planning process, consulting all relevant statutory and environmental bodies to ensure that any potential impacts on wildlife are fully mitigated. For example, where a proposed wind farm location is found to be in the flight routes of birds, and bats, adequate turbine buffer distances would be incorporated into planning and design to ensure that turbine blades are not in close proximity to these flight routes. We have third party environmental consultants and ecologist working on our sites for many years, monitoring wildlife, flight paths and risk collision before submitting a planning application. As for livestock, wind turbines do not have any noticeable impact. Cattle, horses and sheep graze around the wind turbines undisturbed. How will public consultation take place? In accordance with planning regulations and Irish Wind Energy Association (IWEA) best practice, we will be holding a series of public information events that will be advertised. There will be a dedicated project website that will be updated on an ongoing basis. Members of the consultation team will call door-to-door within a 1-2km radius of the proposed development on three occasions before a planning application will be submitted so that local people can ask questions and raise any concerns. The project and consultation team will also hold 3 public clinics before a planning application is submitted ensuring the public are kept updated from early design through to final design. The consultation, development, planning and construction phases can take up to five years. What is the benefit to the community having a wind farm in our area? A wind farm will deliver significant local benefits, including up to 100 construction jobs, permanent operation and maintenance roles, and a substantial community benefit fund to support local projects. It will also boost local government revenues subtantially in the form of counil rates. Nationally, the project contributes to Ireland’s climate action goals, supporting renewable energy targets set in the Climate Action Plan. Will local residents get free electricity? No, but the project will include an annual ‘near neighbour’ payment for homes within a 2km radius of each turbine as part of the project community benefit fund. What will the visual impact be? Assessing visual impact is part of the planning process. We will provide photomontages to represent the visual impact and we will discuss these with the local community at the consultation clinics, when the layout is designed. Photomontages will also be included in the planning application. Are there going to be overhead lines? No, the wind farm and grid cables will be installed underground. Project Updates 2025 2026 March 2025 80m met mast erected on site March 2025. Planning permission granted 20th August 2025 for the continued operation of the existing 80 metre meteorological mast and all ancillary infrastructure for a period of up to five years. . January 2026 Community Consultation commencing 19th January 2026 for all houses within 2km of the wind farm site. Community Brochure 2026 Quarry Tree Wind Farm proudly sponsors Templeport Ladies Learn More 2026 Quarry Tree Wind Farm delighted to contribute to the St. Valentine’s Gala Supporting the Mater Hospital/St. Vincent’s Oncology Ward. Community Consultation We’re here to listen and support our local community. Freephone: 1800 140 240 Email: clo@quarrytreewindfarm.ie Book a meeting or contact us down below. Contact Us Community Grants & Fund Activities Cush Wind Farm From Community Support to Champions: Drumcullen Camogie’s Senior B Title View More Cush Wind Farm Cush Wind Farm's visit to St. Brendan's School in Birr, Co. Offaly View More Cush Wind Farm Cush wind farm lighting up Birr's Christmas with Caroline Conways Illuminations View More View More Your Community. Your Ideas. Our Support. If you have a project that can make a positive impact - big or small - we’d love to hear from you. Applications are now open for our Community Fund. Local groups, clubs, and individuals are encouraged to apply. Submit Awards and Certifications Quick Links About Us History Mission, Vision & Values Safety Our People Technologies Onshore Wind Offshore Energy Storage Solar Hydrogen Passive Design Offsite Modular Resources News Community Hub Career Career Opportunities Life at Galetech About The Project Quarry Tree Wind Farm is a proposed wind energy development. It would comprise of wind turbines with blade tip heights of up to 200m, each expected to generate around 6.0-7.2 megawatts. The project would also include turbine foundations, access tracks and crane hardstands, underground cabling to connect the turbines, an on-site electricity control building and a grid connection to the appropriate node on the national electricity network. The proposed development is located between the existing Snugborough Wind farm and the two-turbine Corneen Wind Farm, approximately 2.5km north-west of Ballyconnell. Collectively, the turbines are expected to generate enough clean, renewable electricity to supply too around 54,600 houses each year. A temporary 80-metre meteorological mast has recently been installed on site to gather data on wind speed, temperature and humidity and air pressure. This information will help estimate the potential energy output and design of the wind farm. FuturEnergy Ireland is also developing a wind farm on the same ridge in parallel with Quarry Tree Wind Farm. This adjacent project is known as Brackley Wind Farm located approximately 5km north-west of Ballyconnell and 3.5km south-east of Swanlinbar in Co. Cavan. For more information please review the FAQs below. Project Milestones