Ariel shot showing construction of large curved detached house with curved zinc roof with scaffolding at the front

Homemade House, Sussex

Reduction in carbon emissions over Part L1

8.6 tons p.a.

Water consumption

28% reduction over Part G

Predicted EPC

B91

Situated in a beautiful rural location, the designers created a highly sustainable, low energy design offering exceptional quality and innovation to help gain planning approval under the then Para 55 of the National Planning Policy Framework (NPPF) for this self-build house. 

NuPlanet were appointed to work in collaboration with Yelo Architects to provide a range building compliance services. This included low energy building modelling to enhance the thermal comfort, maximise energy efficiency and reduce the risk of overheating.  

We adopted a fabric first approach using Insulated Concrete Formwork (ICF) for the external walls. This offered an efficient fabric solution and design flexibility to create the uniquely designed curved walls.  

To meet the client’s low energy design brief, heating and hot water demand is met via a ground source heat pump (GSHP), with a mechanical ventilation heat recovery (MVHR) system maximising internal air quality.

Charlie from NuPlanet worked above and beyond on our project. The shape and layout of the house was a challenge but with his experience and attention to detail he was able to overcome any potential problems . He saved us many headaches with the clear and precise drawings he produced for us as self builders and we would highly recommend!

Ariel shot of the front of large curved detached house with curved zinc roof with scaffolding at the front. The house is under construction.

Images courtesy of client

Ariel shot showing curved zinc roof of large curved detached house with extended curved walls to the front. The house is under construction.

Client/developer

Confidential

Architect

Yelo Architects

Contractor

Self build

Structural Engineers