Baxi Heating UK Limited

Heat Networks: the impact of increasing standardisation and regulation on network connections CPD. This CPD presentation will provide an overview of Heat Networks in the UK, outlining why the growth rate is accelerating, guidance and code of practice around Heat Networks and design and safety of hot water. It will also provide an overview of solutions suitable for heat networks including BESA HIU testing regimes whilst also providing information on what Heat Network zoning is and what this means. By the end of this course, you will understand: • Why the growth rate of the Heat Network sector is accelerating • How the CIBSE Code of Practice applies to Heat Network connections • Relevant Guidance around system design & safety of hot water • Classification under BS 8635: Hydraulic Interface Units • How the latest BESA HIU Test Regime, version 3 applies • Overview of The Energy Act 2023 Part 8: Heat Networks • A preview of the Heat Network Technical Assurance Scheme • What Heat Network zoning is and what does it mean for the sector Next-Gen Heating Solutions: Hybrid Systems and Heat Decarbonisation with ASHPs - This CPD presentation focuses on partial decarbonisation with Air Source Heat Pumps. It will cover considerations around project feasibility, optioneering and how to use investigative engineering to source the right solution for each project. The presentation uses some example schematics set with challenges to help really understand considerations when decarbonising heating and hot water in existing commercial buildings. By the end of this course you’ll understand: -How to determine project feasibility -The challenges deacarbonising an existing building -How to use investigative engineering to find the right solutions -How to find the true peak load -Energy and Weighting -Grouping and Bracketing and how this can impact options available Hot Water Generation for Commercial and Industrial Applications - This CPD offers a comprehensive overview of hot water generation technologies and system design principles. It covers various system types, including direct, indirect, instantaneous, and storage-based, whilst highlighting the benefits of hydraulic separation and decentralised system design.The session concludes with insights into low-carbon technologies (LZC), emerging heat trends, and best practices for hot water sizing and demand profiling. What you’ll learn: -The types of hot water generation systems and their uses -The benefits of hydraulic separation and decentralised design -How to optimise efficiencies and mange lifecycle costs -Design and regulatory considerations for direct gas fired and electric water heaters -The gird impact and how electric water heating integrates with renewables.