explore our TRAINING programmes

As heat networks become an increasingly popular solution for providing heat to multiple buildings, those responsible for their design, operation, and maintenance must have the necessary expertise. Explore our training programmes.

  • Why should I do this course?
    This course is designed for individuals who are interested in learning about heat networks, how they work, and their benefits. Heat networks are becoming increasingly popular as a way to reduce carbon emissions and improve energy efficiency. By taking this course, you will gain a better understanding of heat networks and their role in sustainable energy, which can help you advance your career or pursue new opportunities in the energy sector.

    What will I learn?
    In this course, you will learn about the basic principles of heat networks, including how they work, the different types of networks, and the components involved. You will also learn about the benefits and challenges of heat networks, as well as the regulations and standards governing their design and operation. Additionally, you will explore case studies of successful heat networks, and discuss best practices for planning, designing, and implementing heat network projects.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of heat networks and their potential benefits. You will be able to identify opportunities for heat network implementation in various settings, evaluate the feasibility of a heat network project, and effectively communicate the advantages of heat networks to stakeholders. You will also be equipped with the knowledge and skills needed to support the planning, design, and implementation of heat network projects, whether you are working in the public or private sector.

  • Why should I do this course?
    This course is designed for property developers who are interested in implementing heat networks in their projects. Heat networks can help developers reduce carbon emissions and energy costs while providing a more sustainable and efficient heating solution for their buildings. By taking this course, you will gain a better understanding of the benefits and challenges of heat networks for developers, as well as the regulations and standards governing their design and operation.

    What will I learn?
    In this course, you will learn about the basic principles of heat networks, including how they work, the different types of networks, and the components involved. You will also learn about the benefits and challenges of heat networks for developers, including cost considerations, project management, and stakeholder engagement. Additionally, you will explore case studies of successful heat network projects, and discuss best practices for planning, designing, and implementing heat network projects in a development context.

    What will I be able to do after this course?
    After completing this course, you will be equipped with the knowledge and skills needed to effectively plan, design, and implement heat network projects in a development context. You will be able to identify opportunities for heat network implementation in your projects, evaluate the feasibility of a heat network project, and effectively communicate the advantages of heat networks to stakeholders. Additionally, you will be able to manage the project implementation process, including the selection of contractors and the management of construction and commissioning. Overall, this course will help you incorporate heat networks into your development projects and contribute to a more sustainable built environment.

  • Why should I do this course?
    This course is designed for engineers, technical managers, and other professionals who are involved in the planning, design, and implementation of heat networks. Heat networks can be complex systems that require careful planning and design to ensure optimal performance and efficiency. By taking this course, you will gain a better understanding of the technical aspects of heat networks and learn how to design and optimise these systems for maximum performance.

    What will I learn?
    In this course, you will learn about the technical aspects of heat networks, including system components, design considerations, and optimisation strategies. You will explore the different types of heat networks and their respective advantages and disadvantages, and learn about the key factors that affect system performance, such as heat loss, flow rates, and pressure drops. Additionally, you will discuss best practices for designing and optimising heat networks, including system sizing, pipe layout, and component selection.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the technical aspects of heat networks and the principles of heat transfer. You will be able to apply this knowledge to design and optimise heat network systems for maximum performance, including selecting the appropriate components, sizing the system, and ensuring proper system operation. You will also be equipped with the knowledge and skills needed to troubleshoot and resolve common technical issues that can arise in heat network systems. Overall, this course will help you become a more effective engineer or technical manager in the heat network industry.

  • Why should I do this course?
    This course is designed for professionals who are involved in the financing, planning, or implementation of heat network projects. Heat networks can be complex systems that require careful analysis and planning to ensure financial viability and long-term sustainability. By taking this course, you will gain a better understanding of the economic aspects of heat networks and learn how to conduct techno-economic modelling to assess the feasibility and profitability of these systems.

    What will I learn?
    In this course, you will learn about the economic aspects of heat networks, including project financing, revenue streams, and financial models. You will explore the different types of financial models used in heat network projects, such as payback period, net present value, and internal rate of return, and learn how to conduct techno-economic modelling to evaluate the feasibility and profitability of heat network projects. Additionally, you will discuss best practices for conducting sensitivity analysis, risk assessment, and other financial analyses to inform project decision-making.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the economic aspects of heat networks and the principles of techno-economic modelling. You will be able to apply this knowledge to assess the feasibility and profitability of heat network projects, including selecting appropriate financial models, conducting sensitivity analysis, and evaluating risk factors. You will also be equipped with the knowledge and skills needed to communicate financial analyses effectively to stakeholders, including investors, developers, and government agencies. Overall, this course will help you become a more effective professional in the heat network industry by providing you with the tools and knowledge needed to assess the financial viability of heat network projects.

  • Why should I do this course?
    This course is designed for engineers, technical managers, and other professionals who are involved in the planning, design, and operation of heat networks. Hydraulic design and modelling are critical components of heat network systems, as they ensure optimal performance, efficiency, and safety. By taking this course, you will gain a better understanding of the hydraulic aspects of heat networks and learn how to design and model these systems for maximum performance.

    What will I learn?
    In this course, you will learn about the hydraulic aspects of heat networks, including pipe sizing, pressure drops, flow rates, and pump selection. You will explore the different types of heat networks and their respective hydraulic characteristics, and learn about the key factors that affect hydraulic performance, such as network topology, pipe materials, and system configuration. Additionally, you will discuss best practices for hydraulic design and modelling of heat networks, including software tools, simulation techniques, and performance optimisation strategies.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the hydraulic aspects of heat networks and the principles of hydraulic design and modelling. You will be able to apply this knowledge to design and model heat network systems for maximum performance, including selecting appropriate pipe sizes, pump configurations, and control strategies. You will also be equipped with the knowledge and skills needed to troubleshoot and resolve common hydraulic issues that can arise in heat network systems. Overall, this course will help you become a more effective engineer or technical manager in the heat network industry by providing you with the tools and knowledge needed to design and model hydraulic systems.

  • Why should I do this course?
    This course is designed for engineers, technicians, and other professionals who are involved in the operation, maintenance, or management of heat interface units (HIUs) in heat network systems. HIUs play a critical role in delivering heat to individual buildings in a heat network, and their performance, operation, and maintenance are essential to ensuring optimal system efficiency and user comfort. By taking this course, you will gain a better understanding of HIUs and learn how to operate and maintain them for maximum performance and longevity.

    What will I learn?
    In this course, you will learn about the performance, operation, and maintenance of HIUs in heat network systems. You will explore the different types of HIUs and their respective characteristics, and learn about the key factors that affect their performance, such as flow rates, temperature differentials, and control settings. Additionally, you will discuss best practices for the operation and maintenance of HIUs, including performance testing, fault diagnosis, and repair and replacement strategies.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the performance, operation, and maintenance of HIUs in heat network systems. You will be able to apply this knowledge to operate and maintain HIUs for maximum performance and longevity, including monitoring system performance, diagnosing faults, and implementing repair and replacement strategies. You will also be equipped with the knowledge and skills needed to troubleshoot and resolve common operational and maintenance issues that can arise in HIUs. Overall, this course will help you become a more effective engineer or technician in the heat network industry by providing you with the tools and knowledge needed to operate and maintain HIUs for optimal system performance and user comfort.

  • Why should I do this course?
    This course is designed for professionals who are involved in the remote management and operation of heat network systems, including those that utilise the CITIGEN technology platform. CITIGEN is a state-of-the-art platform that enables remote monitoring and management of heat networks, allowing operators to optimise system performance, reduce energy consumption, and improve user comfort. By taking this course, you will gain a better understanding of the CITIGEN platform and learn how to manage and operate heat networks remotely for maximum efficiency and performance.

    What will I learn?
    In this course, you will learn about the CITIGEN platform and its features, including remote monitoring and control, data analysis and reporting, and performance optimisation tools. You will explore the different types of heat networks and their respective characteristics, and learn about the key factors that affect system performance, such as flow rates, temperature differentials, and control settings. Additionally, you will discuss best practices for remote management of heat networks, including performance monitoring, fault diagnosis, and optimisation strategies.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the CITIGEN platform and the principles of remote management of heat networks. You will be able to apply this knowledge to manage and operate heat networks remotely for maximum efficiency and performance, including using the CITIGEN platform to monitor system performance, diagnose faults, and implement optimisation strategies. You will also be equipped with the knowledge and skills needed to troubleshoot and resolve common issues that can arise in remote heat network management. Overall, this course will help you become a more effective professional in the heat network industry by providing you with the tools and knowledge needed to manage and operate heat networks remotely for optimal system performance and user comfort.

  • Why should I do this course?
    This course is designed for engineers, technicians, and other professionals who are involved in the operation and maintenance of energy centres and district heating networks (DHNs). Energy centres and DHNs are critical components of heat network systems, and their performance, operation, and maintenance are essential to ensuring optimal system efficiency and user comfort. By taking this course, you will gain a better understanding of energy centres and DHNs and learn how to operate and maintain them for maximum performance and longevity.

    What will I learn?
    In this course, you will learn about the operation and maintenance of energy centres and DHNs in heat network systems. You will explore the different components of energy centres and DHNs and their respective functions, and learn about the key factors that affect their performance, such as heat generation, distribution, and control settings. Additionally, you will discuss best practices for the operation and maintenance of energy centres and DHNs, including performance testing, fault diagnosis, and repair and replacement strategies.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the operation and maintenance of energy centres and DHNs in heat network systems. You will be able to apply this knowledge to operate and maintain energy centres and DHNs for maximum performance and longevity, including monitoring system performance, diagnosing faults, and implementing repair and replacement strategies. You will also be equipped with the knowledge and skills needed to troubleshoot and resolve common operational and maintenance issues that can arise in energy centres and DHNs. Overall, this course will help you become a more effective engineer or technician in the heat network industry by providing you with the tools and knowledge needed to operate and maintain energy centres and DHNs for optimal system performance and user comfort.

  • Why should I do this course?
    This course is designed for professionals who are involved in the retrofitting and upgrading of existing heat network systems. Retrofitting is an essential part of the heat network industry, as many existing systems are in need of upgrading to improve performance, efficiency, and user comfort. By taking this course, you will gain a better understanding of retrofitting techniques and learn how to upgrade existing heat network systems for maximum performance and sustainability.

    What will I learn?
    In this course, you will learn about retrofitting techniques for existing heat network systems, including system analysis, component replacement, and performance optimization. You will explore the different types of heat network systems and their respective retrofitting needs, and learn about the key factors that affect system performance, such as heat loss, flow rates, and pressure drops. Additionally, you will discuss best practices for retrofitting existing heat network systems, including selection of new components, design and implementation of upgrades, and performance testing.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of retrofitting techniques for existing heat network systems and the principles of performance optimisation. You will be able to apply this knowledge to upgrade existing heat network systems for maximum performance and sustainability, including analysing system performance, selecting appropriate components, and designing and implementing upgrades. You will also be equipped with the knowledge and skills needed to troubleshoot and resolve common issues that can arise in retrofitting existing heat network systems. Overall, this course will help you become a more effective professional in the heat network industry by providing you with the tools and knowledge needed to retrofit and upgrade existing systems for optimal performance and sustainability.

  • Why should I do this course?
    This course is designed for professionals who are involved in the financing, planning, or implementation of heat network projects. Business models are essential to the success of heat network projects, as they determine the revenue streams, financing arrangements, and risk allocation of the project. By taking this course, you will gain a better understanding of the different business models for heat networks and learn how to develop and implement a successful business model for your heat network project.

    What will I learn?
    In this course, you will learn about the different business models for heat networks, including ownership models, financing arrangements, and revenue streams. You will explore the different types of project financing, such as public-private partnerships, equity financing, and debt financing, and learn about the key factors that affect the financial viability of heat network projects, such as capital costs, operating costs, and revenue generation. Additionally, you will discuss best practices for developing and implementing a successful business model for a heat network project, including stakeholder engagement, risk assessment, and performance monitoring.

    What will I be able to do after this course?
    After completing this course, you will have a strong understanding of the different business models for heat networks and the principles of project financing. You will be able to apply this knowledge to develop and implement a successful business model for your heat network project, including selecting appropriate financing arrangements, identifying revenue streams, and conducting financial analysis. You will also be equipped with the knowledge and skills needed to communicate financial analyses effectively to stakeholders, including investors, developers, and government agencies. Overall, this course will help you become a more effective professional in the heat network industry by providing you with the tools and knowledge needed to develop and implement a successful business model for your heat network project.

MEET the experts

The Heat Network Centre is part of the wider GreenSCIES Centre of Excellence on Smart Local Energy Systems. We’re a collaboration of heat network experts, specialists and trainers that work closely with the government and other leading experts, ESCos and universities across the UK.

  • Meet Andrew, the Technical Director in the Heat Networks Team at Triple Point, with over 30 years of experience in construction-related consultancy and research. With a focus on heat networks, sustainability strategies, and operational energy performance, Andrew is passionate about leveraging good investment to accelerate the growth of sustainable solutions. As a Visiting Professor at Loughborough University and a Chartered Engineer and Chartered Physicist, Andrew's expertise is invaluable to Triple Point. With his impressive background and commitment to sustainability, Andrew is a highly sought-after thought leader in the industry.

  • Introducing Antony Meanwell - E.ON UK's Head of Decarbonisation in City Energy Solutions. Antony brings a wealth of experience to the field, with a deep understanding of decarbonisation strategies for energy solutions in urban settings. As a thought leader in the industry, Antony is committed to driving the transition to a low-carbon future. His expertise is invaluable to E.ON UK, where he is spearheading efforts to reduce carbon emissions in cities across the country. With his innovative approach and deep commitment to sustainability, Antony is at the forefront of the industry's efforts to create a more sustainable future.

  • Chris Dunham is a highly experienced owner and manager of Carbon Descent, a renowned consultancy specialising in carbon reduction. With expertise in engineering, architecture, and policy analysis, he has led high-profile projects, provided consultancy services, and offered innovative training to various organisations and governments. His contributions to software development and expert witness evidence have shaped public policy, making him a pioneer in carbon reduction.

  • Gareth is the Managing Director of FairHeat, an energy consultancy that has transformed the UK's low-carbon energy sector. As Board Chair for Guru Systems, he leads the way in smart payment and energy-efficient technology. With experience founding start-ups and consulting globally, he chairs key industry bodies overseeing industry standards and best practices. His vision, expertise, and leadership make him a well respected authority in the industry.

  • He's a Professor of Heating And Cooling at London South Bank University and an advisor to Mission Innovation at BEIS with 30 years of experience in refrigeration, air conditioning, and heat pump industry. He's focused on optimising RAC and HP systems for cost and environmental efficiency and works with industry leaders to develop new technologies and improve efficiency. His expertise has made him a trusted advisor for the industry.

  • Phil Jones is not just a specialist in energy efficiency for buildings and heat networks - he's a leading expert in the field. With over four decades of experience and a proven track record of success, Phil has authored influential publications and led prominent industry groups. He founded Building Low Carbon Solutions, his own consultancy, where he conducts groundbreaking research, investigates energy consumption in buildings, and provides cutting-edge training. Phil's work has been recognised with accolades such as the IMechE Construction & Building Services prize, and his contributions to developing codes of practice have set the standard for the industry. Simply put, Phil Jones is the man to turn to for all your energy efficiency needs.

Get in touch to find out more