As Passivhaus adoption expands in the UK, larger and more complex projects present new challenges. This mini-series delves into detailed case studies and the latest research on such endeavors. Expert practitioners share insights in each Masterclass lecture, enriching understanding of applying Passivhaus principles to future projects. Learn from ongoing mammoth-scale projects pioneering the Standard, exploring practicalities of running, managing, and delivering Passivhaus developments
By the end of this module you will be able to understand:
- The different large scale and complex building typologies and sectors that have that have adopted the Passivhaus standard.
- The benefits of the Certification process and the need for iterative engagement with Certifiers.
- Lessons learned and the influence of complexity on design and buildability.
- How fire, airtightness and glazing strategies may differ on large‐scale developments.
- Different construction techniques and the advantages of repeatable details and sequencing.
- Different MEP Strategies, including space heating, hot water, and ventilation strategies for a large scale multiresidential development
- Impact of fire‐related insurance requirements and subcontractor design elements
- How early engagement with subcontractors and supply chain can facilitate delivery.
- Site evidencing and quality control measures.
Course Content
Camden Council's Agar Grove is set to be the UK's largest residential Passivhaus development when it's completed. This detailed case study introduces some of the challenges and complexities faced with a larger Passivhaus project, and potential solutions.
First delivered on: 7 September 2022Speakers
- Sarah Lewis, Passivhaus Trust
- Anne-Marie Fallon, Architype
- Sally Godber. WARM
- Gwilym Still & Sophia Barker, Max Fordham
- Irene Scudu, Max Fordham
Learning outcomes
By the end of this module, you will learn:
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How fire, airtightness and glazing strategies may differ on large‐scale developments.
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Different construction techniques and the advantages of repeatable details and sequencing.
-
Different MEP Strategies, including space heating, hot water, and ventilation strategies for a large scale multiresidential development
Building leisure centres to the Passivhaus standard is estimated to save up to 70% of energy compared to a standard leisure centre. The Passive House Institute delivered a presentation on Passivhaus pool design at the 2022 UK Passivhaus Conference. Get into the details of St. Sidwell's Point, the UK’s first Passivhaus leisure centre. Learn about exciting new UK leisure centres targeting Passivhaus and design tips for Passivhaus pools.
First delivered on: 25 October 2022Speakers
- Sarah Lewis, Passivhaus Trust
- Jessica Grove-Smith, Passivhaus Institut
- Sally Godber. WARM
- Nic Bryant, Space & Place
- Giles Boon & Jason Fitzsimmons, Gale & Snowden
- Stephen Platt, Arup
- Stephen Booth, Kier
- Mike Roe, WARM
- Paul Jennings, Aldas
Learning outcomes
By the end of this module you will be able to understand:
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How the first Passivhaus certified leisure centre and pool was built
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How to build leisure centres to the Passivhaus standard
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How to balance the energy requirements of a pool
The Passivhaus standard has now been embraced across various scale and sectors, to widen the impact of energy efficient and sustainable building practices. Lessons learned from large and complex buildings highlight the impact of building size and complexity on the design and construction processes and how the Passivhaus Overlay for the RIBA Plan of Work can be used to facilitate the successful delivery.
First delivered on: 2 November 2022Speakers
- Sarah Lewis, Passivhaus Trust
- Jess Hrivnak. RIBA
- Mark Siddall, LEAP
- Emily Partridge, Architype
- Daniel Lockwood & Marc Johnston, Faithful & Gould
- Matt Bridgestock, John Gilbert Architects
- Will South, Etude
Learning outcomes
By the end of this module you will be able to understand:
- The integration of the Passivhaus Overlay into the RIBA Plan of Work
- How early engagement with subcontractors and supply chain can facilitate delivery
Master steel construction strategies and tackle airtightness, thermal bridging, and moisture concerns effectively. Navigate the complexities of fire-related insurance requirements and subcontractor design elements with confidence. By the end of this module, you'll grasp essential insights into optimising steel construction practices and addressing critical issues, ensuring efficient, safe, and durable building projects.
First delivered on: 7 December 2022Speakers
- Sarah Lewis, Passivhaus Trust
- Ann-Marie Fallon, Architype
- Allan Smith, Morrison Construction
- Nick Devlin, Fabric Building Physics
- Stephen Booth, Kier
- Mike Roe, WARM
Learning outcomes
By the end of this module you will be able to understand:
- Steel construction strategies and how to address airtightness, thermal bridging and moisture
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Impact of fire‐related insurance requirements and subcontractor design elements
