Heat Pump Systems
GS Renewable designs, builds and commission heat pump systems and energy integrations across industries.
GS Renewable delivers heat pump solutions across two core categories:
PR-1
- Heating, cooling, hot water​
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- For hotels, office buildings, healthcare centres, retail shopping centres nursing homes etc.​
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- Temperatures of up to 70°C​
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- Multiple Temperature Requirements​
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- Up to 80% reduction in operating cost​
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- Up to 100% reduction in carbon emissions​
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- Turnkey solution for commercial retrofit and new builds​
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- Minimal disturbance due to off-site production
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- ​Integrated controls and monitoring software to optimise performance and efficiency
-Sustainability reporting data (ESG, CSRD, GRI, SBTi) ​
PR-2
- Heating, cooling, hot water, steam
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- Industrial process application (distilleries, pharmaceuticals, food production, textile manufacturing, paper and pulp etc.)
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- Temperatures up to 200°C
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- Up to 100% reduction in decarbonisation
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- Multiple temperature requirements​
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- Turnkey solution for industrial process applications
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- Minimal disturbance due to off-site production
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- Integrated controls and monitoring software to optimise performance and efficiency
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- Sustainability reporting data (ESG, CSRD, GRI, SBTi)
GS Renewable's commitment to building commercial and industrial heat pump systems with optimal performance efficiency aligns perfectly with the principles of double materiality, helping organisations achieve the following.
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Operating Cost Savings (up to)
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Decarbonisation (up to)
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Project Cost Reduction (up to)
We provide heat pump solutions tailored to a full range of applications, including heating, cooling, hot water, and steam—ensuring complete system coverage across your operations.
GS Renewable takes a tailored approach—identifying energy-efficient solutions specific to your site and operations. Our engineering team specialises in innovative heat source integration, assessing a wide range of sources—including
Our heat pump solutions reduce emissions across all three scopes—covering direct on-site emissions, energy use, and wider supply chain impacts for a complete approach to decarbonisation.
Scope 1
Direct Emissions
Scope 2
Indirect Emissions from
Energy Use
Scope 3
Indirect Emissions from
Supply Chain
- Emissions generated directly on-site from fuel use and system operation
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- Refrigerant is used to transfer heat, and our well-designed systems employ closed-loop circuits, minimising leaks compared to traditional systems that burn fossil fuels
- This reduces emissions of high global warming potential (GWP) gases
- Emissions associated with the electricity used to power systems
- Heat pumps can integrate with renewable energy sources such as solar or wind. By using clean electricity, they significantly reduce emissions compared to fossil fuel-based 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
ENGINEERING LED SYSTEM DESIGN
Designed for performance, reliability and integration
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- Full technical assessment of thermal loads, temperatures, space and electrical capacity
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- Engineered systems designed for real operating conditions
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- Seamless integration with existing plant, steam, CHP and BMS
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- Optimised for efficiency, resilience and future expansion
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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
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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 (SEAI Grants)
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Clear visibility of financial return, regulatory position and sustainability outcomes.
DESIGNED FOR LONG TERM ASSET PERFORMANCE
Industrial-grade infrastructure
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- Redundancy and resilience built in
- Modular, serviceable architecture
- Low total cost of ownership
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Predictable performance, protected ROI and long-term operational reliability.
LIFECYCLE SUPPORT PERFORMANCE AND 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.
OUR HEATING AND COOLING SOLUTIONS FEATURE THE FOLLOWING HEAT PUMPS
