GS Renewable Leading Heating and Cooling Solutions Provider for Commercial and Industrial Applications. Our Mission Empower organisations to invest in a sustainable future. Starting now. 18+ UK & Ireland Industry Awards for Solution Design and Performance 2000+ Heating and Cooling Projects Commissioned 25+ Years of Design and Installation 47M Carbon Tonnes Saved Our Products and Services Heat Pump Plant Rooms Energy Integrations Let's Work Together Partner with us to build a sustainable future, now. Reach out

Heat Pump Plant Rooms Why Move Forward With GS Renewable? Engineering-Led System Design Designed for performance, reliability and integration - Full technical assessment of thermal loads, temperatures, space and electrical capacity - Engineered systems designed for real operating conditions - Seamless integration with existing plant, steam, CHP and BMS - Optimised for efficiency, resilience and future expansion Built to deliver measurable performance and long-term return on investment. Turnkey Delivery with Single-Point Accountability From concept to commissioning - Concept and detailed design - Planning, compliance and permitting - Modular plant room manufacture and installation - Mechanical, electrical and controls integration - Commissioning and performance verification Minimal disruption. Reduced delivery risk. Faster deployment. Commercial & Decarbonisation Business Case Built for executive approval - CAPEX, OPEX and payback modelling - Energy savings and lifecycle cost analysis - Carbon reduction forecasting and compliance impact (EU ETS / CSRD) - Grant and funding optimisation Clear visibility of financial return, regulatory position and sustainability outcomes. Designed for Long-Term Asset Performance Industrial-grade infrastructure - Redundancy and resilience built in - Modular, serviceable architecture - Low total cost of ownership Predictable performance, protected ROI and long-term operational reliability. Lifecycle Support & Performance Management Ongoing technical partnership - Planned preventative maintenance - Performance monitoring and optimisation - Operator training and documentation - Long-term engineering support Sustained system efficiency, asset protection and ROI optimisation. GS Renewable's commitment to building heat pump plant rooms with optimal performance efficiency aligns perfectly with the principles of double materiality, helping organiations achieve the following. 80% Operating Cost Savings 100% Decarbonisation 20% Project Cost Reduction Heating Cooling Hot Water Steam Read More Read More Scope 1: Direct Emissions Refrigerant is used to transfer heat, our well-designed systems employ closed-loop circuits, minimizing leaks compared to traditional systems that burn fossil fuels directly. This reduces emissions of harmful refrigerants with high global warming potential (GWP). Heat pump systems can seamlessly integrate with renewable energy sources like solar or wind power. By using clean electricity for operation, heat pump systems drastically minimize Scope 2 emissions compared to fossil fuel-powered systems. Unlike on-site construction of traditional heating systems, our heat pump systems are manufactured in controlled facilities. This allows for more efficient production processes and reduced transportation emissions associated with bringing various components to a construction site. Scope 2: Indirect Emissions from Energy Use Scope 3: Indirect Emissions from the Supply Chain GS Renewable does not believe in a one size fits all approach and are experts in identifying opportunities for performance efficiency specific to your site and operations. GS Renewable's experienced engineering team excels at innovative heat source integration. We leverage our expertise to identify unconventional yet viable sources within a business operation. This approach can significantly enhance system efficiency compared to industry standards while meeting business requirements. Air Source Agricultural Waste Ground Source Solar PVT Water Source Industrial Waste Heat Waste Water District Heating GS Renewable Heat Pump System Solutions Following engagement with the client to understand their sustainability objectives, operational requirements, and existing systems, GS Renewable designs and builds heat pump plant rooms across two defined categories. PR-1 Plant Rooms are tailored specifically to each client and are primarily designed to serve space heating and domestic hot water (DHW) requirements. PR-2 Plant Rooms are engineered for industrial and process-driven applications, where systems must support continuous operation, higher thermal loads, and integration with manufacturing or process equipment. PR-1 (标准热泵机房) 供暖、制冷、热水 适用于酒店、公寓、疗养院等。 温度高达 70 摄氏度 取决于 80% 降低运营成本 取决于 100% 减少碳排放 即插即用的商业改造和新建 异地生产造成的干扰最小 对可持续性报告（ESG、CSRD 等）的可衡量影响。   PR-2 加热、冷却、热水、蒸汽 用于区域供热、商业、过程供热和制冷 温度高达 140 摄氏度 取决于 100 % 减少脱碳 多种温度要求 定制设计以适应业务需求 异地生产造成的干扰最小 对可持续发展报告（ESG、CSRD 等）的可衡量影响 Our Heating and Cooling Solutions Feature the Following Heat Pumps GS Renewable prioritizes your specific operation's needs and requirements. We carefully assess your operations to determine the optimal heat pump integration within your overall system solution. Our tailored approach ensures that your heating and cooling solutions are optimized for maximum efficiency, reliability, and sustainability. GS Renewable has been prioritizing client's operation's needs and requirements for over 25 years Let's Work Together Request budgetary design + CAPEX/OPEX model for your site Reach out

Luxury Domestic Sector Private Client, West Sussex, UK (Senior Partner of Fosters + Partners) At a Glance £5,900 / annum energy cost savings 91% / annum in energy savings Background New luxury domestic build (approx 3,500 sq ft./ 325 sqm) located in East Sussex, United Kingdom. Challenges GS Renewable Client, a senior member of Foster and Partners, did not wish to sacrifice internal space for mechanical services. Construction during the pandemic favoured off-site production to comply with COVID-19 restrictions. Integration of multiple technologies required to satisfy heating / cooling and hot water demand. Solution Our bespoke heat pump plant room satisfied the client's requirements while increasing living space in their new build. Our GS Renewable bespoke plant room installation has operating cost of £1800 / annum. Oil usage would have seen our client face operating cost of £6500 / annum. Following the success of our savings with the plant room, our client has requested a PV installation which further decrease the annual running cost by £1200 / annum. A total of £5900 saved on operational cost on a yearly basis upon project completion. Reach out

Build & Comission 随着各行业对碳上限的需求和实施不断增加，合作伙伴就可再生能源的设计和实施向 GS Renewable 提供咨询，以满足道德准则和公司 ESG / GRI 目标。 GS Renewable 在热力学和液压系统领域具有高度专业化。 GS Renewable 提供概念设计，帮助您做出最明智的选择，以减少您物业的能源使用和碳排放。 我们为从政府机构到家喻户晓的跨国公司等客户设计了超过 10 兆瓦的定制热泵机房。 Building the System Once design approval is confirmed, we move into construction with a clear, coordinated plan. - Procures and installs equipment in line with the approved design - Constructs the plant room to meet performance, safety, and maintenance requirements - Coordinates all mechanical, electrical, and control works - Manages interfaces with existing systems and building operations - Maintains clear communication with the client throughout delivery Every installation is overseen by experienced GS Renewable engineers to ensure the system is built correctly, safely, and efficiently. Programme & Grant Alignment We understand that timelines matter — particularly where SEAI grants, operational constraints, or phased construction programmes are involved. During the build phase, GS Renewable engineers - Align construction activities with the agreed project programme - Manage critical milestones to meet grant and regulatory deadlines - Coordinate commissioning activities to support grant inspection and sign-off - Minimise disruption to occupied or operational buildings Our structured approach ensures delivery remains on track and aligned with both client commitments and funding requirements. Design Consultancy Commissioning & System Validation Commissioning is a critical stage where performance is proven, not assumed. GS Renewable carries out a structured commissioning process to: - Verify the system operates in line with the approved design - Set and test controls, flow temperatures, and operating parameters - Confirm integration with existing systems and BMS (where applicable) - Validate performance readiness prior to handover This ensures the heat pump system is not only installed, but fully functional, optimised, and ready for operation. Handover & Client Confidence At completion, GS Renewable provides: - Clear system documentation and commissioning records - Guidance for operation and maintenance teams - Confirmation of grant and compliance readiness - A smooth transition from project delivery to live operation Our goal is to leave clients with a system they understand, trust, and can operate with confidence from day one. A Continuation of Our End-to-End Approach Build & Commissioning is the continuation of GS Renewable's Planning & Design service — delivering continuity, accountability, and technical assurance from concept through to operation. With GS Renewable, clients benefit from: - One expert team from design to delivery - Mitigate project risk and programme uncertainty - Systems that perform as intended Let's Work Together Partner with us to build a sustainable future, now. Reach out

Hotel and Spa Sector Radisson Blu Hotel Cork, Ireland At a Glance 25% Annual Operating Costs Reduction For the function rooms and kitchen DHW 301 MWh Total Annual Energy Consumption Reduction Reducing the hotel’s reliance on fossil fuels 75 Tonnes Annual Carbon Emissions Reduction Supporting Radisson Blu Cork’s sustainability and corporate responsibility goals Above metrics are anticipated results Project Overview Radisson Blu Cork, a premier hotel in the heart of the city, sought to enhance sustainability while reducing operational costs. The hotel’s function rooms were heated by an ageing gas system, and the kitchen relied on gas boilers for domestic hot water (DHW). The client’s goal was clear: eliminate gas heating, cut energy use, reduce carbon emissions, and improve long-term operational efficiency. GS Renewable was engaged to design and implement a high-performance heat pump system that could meet these objectives without disrupting hotel operations. Client Objectives Eliminate Gas Heating Replace the existing gas heating system in the hotel’s function rooms with a fully electric, low-carbon solution. Reduce Operational Costs Achieve measurable annual savings for the function rooms and kitchen DHW. Lower Energy Consumption Reduce overall energy use and reliance on fossil fuels. Cut Carbon Emissions Significantly decrease the hotel’s carbon footprint. Results GS Renewable designed and installed a high-efficiency heat pump system tailored to the hotel’s needs. Key Features Included: Function Room Heating: Electric heat pumps replaced gas-fired units, providing reliable and controllable heating. Kitchen DHW: Heat pumps supplied domestic hot water efficiently, reducing reliance on conventional boilers. The system was carefully phased to avoid any disruption to hotel guests, with most installation completed during off-peak hours. Reach out

Hotel and Spa Sector Riverside Park Hotel, Ireland At a Glance €56,000/annum Operating Cost Savings 66% Operating Cost Reduction 76% Carbon Emissions Reduction 75% Primary Energy Reduction Background As the hospitality industry faces increasing pressure to reduce costs and minimise its environmental impact, innovative solutions are becoming essential for long-term success. This case study explores how GS Renewable helped a hotel with 100 rooms, a fitness center, and a swimming pool achieve significant operational improvements through the installation of a sustainable heating system. Challenges The hotel was grappling with rising energy costs, particularly due to its reliance on oil for heating. This not only threatened profitability but also exposed the business to the volatility of fuel prices. Additionally, the hotel sought to reduce its carbon footprint to align with growing consumer expectations and environmental regulations. Results The implementation of GS Renewable's solution yielded remarkable results. The hotel achieved a significant reduction in operating costs, decreasing annual energy expenses by 66% from €85,400 to €29,110. This translated to a substantial cost savings of €56,300 per year. Furthermore, the project had a positive environmental impact. Carbon emissions were reduced by 76%, and primary energy consumption was cut by 75%. These reductions not only contribute to a more sustainable future but also demonstrate the hotel's commitment to environmental stewardship. By Implementing GS Renewable's Energy Reduction Solution By adopting innovative technologies and GS Renewable's expert guidance, hotels can significantly reduce operating costs, improve energy efficiency, and enhance their environmental sustainability. This not only strengthens the bottom line but also positions hotels as responsible and forward-thinking businesses. Reach out

Industrial Manufacturing Sector International Pharmaceutical Plant, Ireland At a Glance €350,000 Annual Operating Cost Reduction 7,881 MWh/year Reduction in Primary Energy 19% Total Site Carbon Reduction (Achieve a site carbon reduction target of 16%) 2,005 tCO₂ Annual Reduction (Exceeding client target) Above metrics are anticipated results Project Overview GS Renewable was appointed to design and deliver a heat pump and heat recovery solution for a pharmaceutical manufacturing site in Ireland. The site has continuous heating and cooling demands and a high reliance on gas-fired steam. From the outset, the system was designed to operate within the strict building, safety, and production constraints typical of a regulated pharmaceutical environment, ensuring that decarbonisation objectives were met without compromising operational continuity or compliance. Client Objectives Carbon Reduction Target Achieve a site carbon reduction of 16.21%, equivalent to 1,636 tCO₂ per annum, as defined in the project charter. Removal of Gas Steam Loads Identify suitable processes and building heat users that could be removed from gas-fired steam systems and transitioned to low-pressure hot water (LPHW) generated by heat pumps. Heat Recovery & Simultaneous Heating and Cooling Recover usable heat from the chiller system while enabling simultaneous heating and cooling where site loads coincide, improving overall system efficiency. Compliance with Pharmaceutical Regulations Deliver a decarbonisation solution that is fully compatible with pharmaceutical building standards, production requirements, and regulatory compliance obligations, without impacting product quality or site operations. GS Renewable Approach Energy Assessment & Design The client provided historical gas consumption data and chiller operating information. This data was reviewed to quantify available waste heat and assess how it aligned with on-site heating demand profiles. All design decisions were made with consideration for GMP-aligned operational requirements, including plant resilience, redundancy, maintenance access, and integration with existing building management and control systems. Technical Solution GS Renewable designed a modular heat pump plant room incorporating an large-scale industrial Sabroe heat pump, capable of producing chilled water and low-pressure hot water (LPHW) simultaneously. The system was configured to: Maintain strict temperature control and reliability suitable for pharmaceutical processes Integrate seamlessly with existing site infrastructure and control systems Provide modular redundancy to support uptime and maintenance without production disruption The plant room layout, access strategy, and operational elements were developed to align with pharmaceutical engineering, safety, and compliance standards. Reach out

Industry-Specific Heating & Cooling Solutions Innovative, Energy-Efficient Heating and Cooling Systems Tailored to Your Industry Needs At GS Renewable, we understand that different industries face unique challenges when it comes to heating and cooling. Whether you're managing a hotel, commercial property, or industrial facility, our cutting-edge integratable heat pump systems offer the perfect balance of efficiency, sustainability, and performance. Discover how our tailored solutions can help you reduce costs, meet regulatory requirements, and decarbonize your operations. Industries We Serve Hotels Maximize guest comfort while cutting carbon emissions. Our heat pump systems offer simultaneous heating and cooling for year-round efficiency with minimal disruption during installation. Reduce costs and enhance sustainability without sacrificing comfort. Explore Solutions for Hotels Commercial Buildings Future-proof your buildings with energy-efficient heating and cooling. Improve your BER, reduce energy bills, and attract eco-conscious tenants. Our retrofitting solutions are seamless, helping you stay competitive and compliant with new energy regulations. Explore Solutions for Commercial Buildings Industrial Manufacturing Our heat pumps deliver efficient, sustainable heating for high-temperature processes, including steam generation. Reduce energy use, cut costs, and meet EU carbon reduction standards with our advanced solutions. Explore Solutions for Industrial Manufacturing Why Choose GS Renewable? Tailored Solutions Our integratable heat pump solutions are designed with your industry's specific needs in mind. Whether you need simultaneous heating and cooling, space heating, or process heat generation, we create customized solutions that maximize energy efficiency. Decarbonization Expertise Stay ahead of regulatory demands with our decarbonization strategies. From reducing emissions to lowering operational costs, we help you meet sustainability targets without compromising on performance. Proven Results With decades of experience and multiple industry awards, GS Renewable is a trusted leader in providing efficient heating and cooling solutions across various sectors. Our Heating and Cooling Solutions Feature the Following Heat Pumps We prioritize our clients' needs, designing and implementing heating and cooling systems with heat pumps specifically chosen to best suit your operations and requirements. Let's Work Together Partner with us to build a sustainable future, now. Reach out

Industrial Manufacturing Sector Dairy Processing Planning and Design Consultation At a Glance 82% Carbon Reduction Existing System - 36,000 tonnes / year vs. New System - 6,000 tonnes / year 74% Opex Reduction Existing System - €20M / year vs. New System - €5M / year 84% Primary Energy Reduction Existing System - 173,000 (MWh / year) vs. New System - 27,900 (MWh / year) Industry Challenges Sustainability and Environmental Concerns There is increasing pressure on the dairy industry to adopt sustainable practices, reduce carbon emissions, and address environmental concerns. Balancing the need for increased production with sustainable and eco-friendly practices can be challenging. Meeting consumer expectations for environmentally conscious products may also involve significant investments in technology and infrastructure Market Volatility vs. Bottom Line The dairy industry is often influenced by market fluctuations, including changes in global demand, commodity prices, and trade policies. Fluctuating milk prices can impact the profitability of dairy manufacturers, making it challenging to plan and invest in long-term strategies. Regulatory Compliance Dairy manufacturers need to adhere to various regulations related to food safety, quality, and environmental sustainability. Keeping up with evolving regulatory standards and ensuring compliance can be a significant challenge. Changes in regulations or the introduction of new standards may require adjustments in production processes and supply chain practices. Client Profile The client is an international dairy export company with an annual revenue of €700,000,000. The client focuses on various aspects of the dairy industry, including cheese production, nutrition and flavourings. The location of the production facility is 50KM to the closest city in Ireland. The client, with established sustainability commitments, seeks to eliminate the usage of liquefied natural gas (LNG) entirely within their production facility. The intricacies of their processes, which involve diverse temperature requirements for heating, cooling, hot water, and steam, have posed challenges in identifying a suitable solution. The client is actively exploring options that not only contribute to significant operational cost savings but also effectively address the pressing challenges associated with climate change. The ever-increasing pressure on organisations to disclose their carbon emissions across operations, driven by stakeholders ranging from consumers to regulatory authorities, particularly under initiatives like the Corporate Social Responsibility Directive (CSRD) introduced by the European Union, underscores the imperative for transparency in reporting not only carbon output but also the decarbonisation process. Client Objectives 1. Decarbonise Operations The production site includes operations for processing milk into various products, such as cheese, whey proteins and nutritional ingredients. As such, the client’s requirement is to decarbonise its production operations that demand multiple temperature requirements. in heating / cooling / hot water and steam. 2. Carbon Credit The client needs to earn carbon credits, as part of the company objective to demonstrate its commitment to reducing greenhouse gas emissions and minimising its overall carbon footprint. This aligns with global efforts to combat climate change and showcases client’s dedication to environmentally responsible practices. 3. Cost Efficiency The facility's remote location presents a challenge for traditional construction methodologies. As a result, the client is proactively exploring decarbonisation solutions for its operations without incurring unnecessary additional project costs. 4. Minimise Operational Disturbance The production facility, operational for approximately 310-320 days annually, necessitates the seamless integration of a decarbonisation solution that minimises operational disruption, aligning with the client's commitment to maintaining uninterrupted high demand production schedules. GS Renewable Solutions Implementing 2 Bespoke Modular Heat Pump Plant Room for client site’s production facility. Design Consultation Based on the consultation process, GS Renewable met client’s objectives by designing a modular solution that entails the installation of two Bespoke Modular Heat Pump Plant Rooms. This initiative aligns with the client's aspiration to transition out of its existing production systems ran on LNG to an environmentally friendly and sustainable alternative while maintaining its production quality and output levels. Technical Solution Bespoke Heat Pump Plant Room 1 Supply a new permeate cooling heat exchanger which will be installed in parallel to the existing system. Replacement of 4 existing compressors to produce 2°C cooling water and produce 90°C process water. Supplement 1 existing compressor to recover waste heat which is currently going to the cooling tower and to produce 90°C process water. Bespoke Heat Pump Plant Room 2 Supply 150°C steam for use in high temperature processes throughout the site Integrated Controls and Monitoring Solution Both PR-2 Heat Pump Plant Rooms will have integrated machine-learning controls and monitoring system to ensure performance of the plant rooms are continuously optimised with regular service maintenance Reach out

Estates Sector Hale House, Hale Park (Grade I Listed), UK At a Glance £22,990 / annum energy cost savings 66% / annum in energy savings Background Hale Park was built c.1715 by noted Baroque architect Thomas Archer (1668- 1743). Hale House (Grade I) listed stately home and wedding venue consists of c.100sqm of Drawing Rooms, and more than 500sqm of gardens and a church. The client wished to switch from oil fired heating and hot water to renewables. Challenges Installation in a Grade I listed building was not convenient due to restricted space and access. Construction in the buildings would have lead to disruption to the homeowners and the business. Multiple independent buildings on the grounds required services (House, North and South wing). Solution On-site consultation was carried out by GS Renewable consultation team. Our design team took into consideration the requirements and challenges faced by our client and designed a bespoke modular heat pump plant room. The modular plant room was assembled off-site and delivered on-site upon completion to reduce the disruption of running their business. The plant room was colour matched to RAL sample paint and sympathetically located on the grounds to blend into the background with the trees. It now powers our client's buildings with ground source energy for heating and hot water with cold water storage, filtration, pressurisation, solar thermal and planned Solar PV to follow.c Results Monetary figures below are based on today's price. The carbon reduction / year is 110 tonnes with a primary energy use reduction of 428MWh / year. By installing our bespoke modular heat pump plant room it had resulted in a 66% reduction in operating cost, it now costs our client an operating cost of £11,785 / annum. It would have cost our client £34,775 / annum to operate with oil. We expect the savings to double upon project completion. This project was shortlisted for the European Heat Pump Awards and attained Highly Commended status at the Heat Pump Awards in UK. Reach out

Planning & Design 随着各行业对碳上限的需求和实施不断增加，合作伙伴就可再生能源的设计和实施向 GS Renewable 提供咨询，以满足道德准则和公司 ESG / GRI 目标。 GS Renewable 在热力学和液压系统领域具有高度专业化。 GS Renewable 提供概念设计，帮助您做出最明智的选择，以减少您物业的能源使用和碳排放。 我们为从政府机构到家喻户晓的跨国公司等客户设计了超过 10 兆瓦的定制热泵机房。 Solution Driven Approach We take a solution-driven approach to deliver a strategic advantage for your business. This translates directly to significant cost savings on your energy bills, boosting profitability and long-term financial performance. Additionally, our modular design ensures seamless integration with your existing infrastructure, minimizing disruption and accelerating project completion. By implementing our advanced heat pump technology, you can demonstrably reduce your company's environmental impact. This positions your brand as a leader in sustainability, enhancing brand reputation and potentially increasing the bottom line by attracting increasingly growing customer base who prioritise environmentally responsible practices. Financial Projections Our planning and design service goes beyond upfront capital expenditures. We leverage a data-driven approach to analyze energy efficiency, maintenance needs, and operational costs throughout the modular heat pump plant room's entire lifespan. This empowers you to make strategic decisions that maximize return on investment (ROI). The transparency we offer allows for accurate budgeting and forecasting, ensuring strong financial performance over the life of the modular heat pump plant room. Our approach empowers CFOs and business sustainability leaders to make strategic choices that prioritize both economic and environmental well-being. By demonstrating the positive environmental impact of reduced carbon emissions, you can effectively align your sustainability goals with long-term financial objectives. Design Consultancy Financing, Grants and Power Purchasing Agreements (PPA) At GS Renewable, we understand the multiple level of complexities of project financing, sourcing grants (e.g SEAI schemes such as SSRH, BEC, EEOS. NDMG) and attaining power purchase agreements (PPA). By opting-in to our planning and design service, clients can delegate the financing and grants sourcing to us. We support our clients through documentation preparation to attain finance and grant approvals by leveraging our expertise to secure funding and decarbonisation grants for your modular heat pump plant room. EU Emissions Trading System (EU ETS) Through our planning and design service, we design heat pump plant rooms that can help clients comply with the EU ETS and reduce their overall emissions. As regulations around emissions tighten, EU ETS allowances are likely to become more expensive. A heat pump plant room from GS Renewables is a future-proof investment that helps clients stay ahead of the curve and potentially avoid significant costs associated with exceeding emission allowances in the future. Our planning and design service ensures the plant room designed adheres to EU ETS regulations. This simplifies compliance reporting and demonstrates your client's commitment to environmental responsibility. Regulatory Compliance The design of our pre-fabricated heat pump plant rooms seamlessly integrate with your existing infrastructure, minimizing disruption and installation delays. They are also designed with integrated monitoring and control systems that accurately quantify energy usage and CO2 reduction. This provides verifiable data for environmental sustainability reporting, a key requirement under the EU's new Corporate Sustainability Reporting Directive (CSRD). Our plant rooms contribute to demonstrably lower carbon emissions, aligning with the CSRD's focus on environmental transparency. This allows you to clearly showcase your commitment to decarbonization efforts, potentially mitigating future regulatory scrutiny and market risks. By implementing our modular heat pump technology, your company can actively contribute to environmental sustainability goals. This not only fulfills legal compliance but also positions you as a leader in responsible corporate practices. Let's Work Together Book a technical scoping call Reach out

Energy Integrations At GS Renewable, we understand that a comprehensive approach to sustainability goes beyond just heating and cooling your building and process applications. That's why we offer Energy Integration services, our dedicated team focused on helping you seamlessly incorporate your sustainability commitments into your project. While heat pump design and installation remain at the core of our expertise, our integration team allows us to provide even greater value to our clients. We understand that a holistic approach to sustainability is essential, and we're here to help you achieve your environmental goals. We have established relationships with leading suppliers and partners in each of these areas. This allows us to source competitive pricing for you and ensure the seamless integration of these technologies. Harness the power of the sun to generate clean, renewable energy for your building. We'll ensure your solar PV system is seamlessly integrated with your GS Renewable heat pump system, maximizing efficiency and cost savings. Solar PV Integration Sustainability Lighting Integration (Up to 90% in savings) Upgrade your lighting infrastructure with energy-efficient LED options. We can integrate these lighting solutions with occupancy sensors and smart controls to further reduce energy consumption. The lighting solutions we install are centrally controlled, allowing for significant energy savings, potentially up to 90% in some cases. Harness the potential of integrating your existing or new Building Management System (BMS) with artificial intelligence to optimize your existing building's energy usage. We can implement AI-driven systems that learn your usage patterns and automatically adjust settings for peak efficiency. In some cases, this optimization can lead to further performance improvements and savings of up to 12%. Building Management System (BMS) Upgrades and Efficiency Optimisation (Up to 12% in savings) Heating & Cooling Capillary Tube System Integration We can integrate capillary tube systems in your building with minimal disturbance, offering silent and efficient heating and cooling throughout your building. Capillary tube systems are ceiling-mounted, freeing up valuable floor space and offering silent, uniform heating and cooling throughout your building. Maximise your impact and savings by implementing a new / existing heat pump system combined with advanced heating and cooling capillary tube technology. Let's Work Together Partner with us to build a sustainable future, now. Reach out