Digital Twin Modelling
SERVICES
We optimise new and existing hydronic systems. We do this by capturing existing design, and applying optimisations which we simulate prior to installation. Find out more >
We mitigate your design risks:
By addressing high-risk factors such as lack of robust design and potential performance gaps, we prevent issues like over-engineering and excessive capital costs. Our expertise helps you accurately assess the true capacity requirements of systems, such as heat pumps, ensuring you achieve the best possible results without unnecessary expenditure.
We deliver optimal HVAC systems:
We optimise entire systems for peak efficiency and performance. Our software enhances functionality, promotes sustainability, and reduces costs – all while streamlining the engineering process.
Embrace system-level thinking with Hysopt and transform your HVAC engineering for superior results.
BENEFITS:
Maximized HVAC Efficiency
Reduce energy consumption and operating costs by optimising your HVAC system for peak performance.
Tailored System Design
Get precise hydraulic designs
& simulations that match your building's unique needs.
Quick, Data-Driven Decisions
Access real-time insights and actionable reports, empowering you to make informed decisions.
CASE STUDIES
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RNCM Phase 2 (2023–2025) – “The Future is Green” Project
As part of the ambitious RNCM “The Future is Green” initiative, Phase 2 focused on expanding the college’s low-carbon energy infrastructure. This included the extension of the heating and cooling network to the Link and Library Buildings, complete with fully insulated reroofing, upgraded glazing, new plant decks, and additional heat pumps.
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A highly detailed digital twin was developed using thermal, hydraulic, and control logic simulations. This virtual model allowed the team to test and optimise the proposed system in a simulated environment — ensuring both capital cost efficiency and maximised energy savings.
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Key achievements:
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Optimised hybrid heating scheme for the main building, reducing gas running costs by 85%
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Predicted 77% reduction in annual gas consumption
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Lowered system heating temperatures from 72°C to 50°C
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On track to achieve over 90% decarbonisation upon project completion
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The college is already experiencing significant energy savings, thanks to ongoing performance optimisation through the digital twin.
Optimised, at the touch of a button
Quantified comfort
We minimise your design risk, by applying year long weather simulations. ​
Components sizing
We specify components such as pipes and pumps, according to the exact requirements or regulation.
Plant sizing
Find out the correct power output to meet your exact requirements
Services
Detailed design
In addition to hydraulic optimisation we can offer a full package of P&ID and 3D drawings. All under one roof.
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OUR TEAM
Dr John Hindley
Dr. John Hindley, Director, has over 25 years of experience in sustainability, carbon and energy strategy, and compliance within Higher Education and public sector estates. His adaptable skills and business acumen ensure value-driven solutions across development projects and management operations.
Skye Tansey
Skye Tansey has background as a mechanical engineer in Nuclear, Wind and Geothermal. He has designed more than 100 energy systems including award winning installations, and specialises in hydraulic de-carbonisation design.
Wibe Synnave leads our building modelling and provides comprehensive HYSOPT output for project optimisation. With expertise in detailed design and 3D modelling, he plays a key role in ensuring precise, efficient project delivery.