AUSTINS LODGE

RESIDENTIAL DESIGN


Paragraph 80 Home

Situated alongside an historic Roman Route and with the Chiltern Hills Area of Natural Beauty on its doorstep—a new build Paragraph 80—is expected to be a truly exceptional and innovative development. Through extensive collaboration with Napier University in Edinburgh, this project will be the first residential development built with homegrown mass timber - sourced in Scotland. As mass timber is usually imported from the German Alps, this immediately reduces the net emissions of the project and will offer a valuable learning opportunity for both students and the industry as a whole.

It is noted that the structural strategy and resultant building form is based on the use of homegrown mass timber components. It is felt that this particular aspect of the design proposals has the potential to demonstrate true innovation.


Design panel feedback 

Hope Street Image 1
Hope Street Image 2
Hope Street Image 3

Elevation images from Jane Duncan Architects.  Modelling by Mesh Energy.

The planning stage of this project was a truly collaborative experience - especially as planning was carried out during the worst of the pandemic, a time when collaboration in all forms was key. While the house is designed to be passive and therefore naturally low-energy, Mesh’s expertise was vital in ensuring an effective energy strategy and building performance. 


The house was situated to ensure its elongated, highly-glazed aspect faced south, allowing for maximum utilisation of solar warmth and light. Mesh provided the design team with simulations using dynamic thermal modelling to gain a measured understanding of how the design would affect the internal environment. We also undertook an overheating study, working to accepted CIBSE criteria, to ensure that the increased fenestration wouldn’t result in unsafe overheating for the future inhabitants.

The manner in which the energy performance of the proposed building has been considered in conjunction with the landscape design is felt to be sophisticated.


Design panel feedback 

The majority of the rooms will be heated passively for around 90% of the year, with further heat generated by extracting heat from the adjacent aquifer which will then be fed back into the landscape through a series of ornamental ponds.

We have successfully completed:

  • Energy strategy
  • Feasibility study
  • Dynamic thermal modelling
  • Overheating study
  • Daylight study
  • Embodied carbon study

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