12A CLOVENSTONE PARK, EDINBURGH

Project title : 8 Sustainable flats, Clovenstone Park, Edinburgh
Client : Dunedin Canmore Housing Association
Design Team : Assist Architects; Pottie Wilson (QS); Wren & Bell (Engineer)

12a Clovenstone Park is the latest phase of work carried out by Assist for Prospect Community Housing in Clovenstone and was achieved through the implementation of a Simple Sustainable Design Strategy.

To achieve an environmentally sustainable building our priority was to exploit enhanced thermal mass. Using a traditional build approach, concrete block walls and floors were designed to absorb heat and reduce heat loss. The orientation of the site and its position at the end of an existing terrace of high-density flats were well suited to exploit passive solar gain. The flats have been designed with living spaces and large windows to the south to maximise the solar passive gain with smaller windows to the north to minimise heat loss. Other elements of the strategy included reducing energy demands by increasing loft insulation, improving airtightness through robust detailing and specification, using efficient ventilation fans, optimising boiler size, efficiency and heating controls, providing adequate daylight which minimises the need for artificial lighting, and where this is required, maximising energy efficient lighting.

Finally, an array of eight, three panelled solar collectors has been mounted on the standing seam aluminium roof, orientated to maximise solar gain, which feed each flat with hot water for domestic use.

Recent surveys undertaken by Prospect Community Housing have confirmed that the combination of window orientation, thermal mass and enhanced insulation, and the solar panel installation have all contributed to meeting the client’s objective of combating fuel poverty with reduced heating bills for the tenants. As part of Prospect’s continual review of improvement to their existing housing stock, this project may provide a useful model for solar gain and enhanced insulation upgrades

Completed 2005
Contact: Andy Jack