The Future of Heat: GSHP District Heating Networks
District heating networks are key for the UK to reach its net-zero targets, especially in dense urban areas where they offer a highly efficient, low-carbon heating solution. Connecting homes to a district heat network allows them to tap into shared energy sources, including ground source heat pump boreholes and ambient heat from commercial buildings. By installing networked heat pumps in individual homes, these systems can deliver affordable, reliable warmth and hot water across multiple buildings.
Why Choose GSHP for District Heating Networks?
Efficiency
High energy efficiency and reduced operational costs.
Sustainability
Low environmental impact and lower operational carbon emissions.
Scalability
Ideal for large-scale applications and urban developments.
Our GSHP District Heating Network Design Services
Pre-feasibility
We deliver a high level geology study and analysis to support initial commercial and strategic planning for district heating. The goal is to determine whether pursuing GSHPs is worth further investment and detailed analysis.
Evaluation
This initial assessment evaluates whether GSHPs are a viable option for a given site at a high level.
Assessment
It includes preliminary data collection, such as soil types, basic site conditions, and approximate energy needs.
Feasibility Studies
If the pre-feasibility is favourable, a full feasibility study for ground source heating goes deeper, offering a comprehensive technical and financial analysis of the proposed system.
Analysis
This stage includes detailed ground and geology assessments, energy modelling, cost estimates, system sizing, and regulatory considerations.
Recommendations
We identify the specific GSHP configuration that will best meet the site's requirements and calculate anticipated long-term benefits and savings, thus providing a clear basis for investment decisions and planning.
Design Pack
We deliver detailed design packs alongside a comprehensive consultancy service to ensure optimal project outcomes for your ground source heating project.
Your Borehole Design Pack
Concise and detailed design reports for your project, covering ground source borehole location and depth, drilling methodology and advice, header arrangement, heat pump selection, plant room considerations, and distribution system requirements.
Full Design Pack Components
Optimised technical design pack with CAD drawings, hydraulic design, heating distribution assessment, pipework schematics, plant room M&E specification, BMS operation description, electrical services design, borehole loop pipework specification, commissioning strategy, running cost expectations, carbon savings calculations, and planning applications.
Benefits of our Design Services
We offer a comprehensive GSHP design and consultancy service that includes concept development, feasibility studies, design, implementation oversight, and expert witnessing. Our service allows for unlimited design revisions until the installation phase.
Why Partner with Us for GSHP System Design
We bring over two decades of experience to every project. We collaborate with partners to provide comprehensive technical support and GSHP design expertise at all stages of large-scale commercial, residential, and heat network projects. Our focus on customer satisfaction guarantees a seamless experience from concept to completion.
How we get to work: RIBA stages
We’re involved in all RIBA stages of ground source heat pump design for district heat networks: from feasibility to design and construction.
RIBA 1
Preparation and Brief
1 week
RIBA 2
Concept Design
2-3 weeks
RIBA 3
Developed Design
2-6 weeks
RIBA 4
Technical Design
Up to 6 months
Experience and Compliance
Our extensive experience and commitment to compliance are at the core of our work in the GSHP sector. We prioritise both technical precision and adherence to industry standards to deliver sustainable, compliant energy solutions for district heating networks.
Industry Expertise
Over two decades in GSHP system design for commercial and residential projects, ensuring solutions are effective, efficient, and sustainable.
Regulatory Adherence
All designs and implementations meet or exceed UK and EU regulatory standards for energy efficiency and environmental protection.
Quality Assurance
We follow strict quality control measures at every stage, from feasibility to installation, ensuring lasting system performance and compliance.
Environmental Responsibility
Our projects align with decarbonisation targets, helping clients meet sustainability commitments and promote eco-friendly energy solutions.
“The meetings that you have all attended have put on us on the right path to get this resolved and made our client happy. The support you have given to us and our client on this project has been above and beyond the typical service expected. Thank you.”
