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The project creates a modular form of architecture that latches onto and revitalises derelict buildings, while benefitting the local community. It improves energy efficiency in response to the recent energy crisis by using prefabricated and recycled steel elements, reclaimed construction materials, and retrofit additions. The old Coleg Harlech building is transformed into a recycling plant, training centre, and manufacturing facility for PV panel systems and mycelium insulation.
These two main manufacturing exports are part of a kit that includes HVAC and electrical equipment to enhance energy efficiency in Harlech housing. The modular system allows for easy disassembly and relocation to other communities for continued energy efficiency improvements. The program is supported by trained locals who maintain the equipment.
A suit of affordable materials and electronics that passively generates and stores electricity from breathing and limb movement, promoting sustainable energy independence and breaking free from global energy chains amidst the recent energy crisis.
An external render showcasing the materiality of the new modular spaces, featuring reclaimed pallet timber, HPDE sheathing and multifoil insulated steel. This is juxtaposed against the traditional masonry and slate of the old Coleg Harlech buildings.
A section of the re-imagined Coleg Harlech interior fitted with new recycling and manufacturing facilities. Modular spaces and HDPE tunnels line its roofs, providing visitors access to the processes while enjoying scenic views of Harlech.
A plan showing the various manufacturing processes within the programme alongside the training facility and nuclear cell. Operative winter temperatures for each zone are visually documented to influence retrofitted HVAC design within the programme.
The showcase highlights the design's modularity and structural composition. The building fabric incorporates pre-existing and locally sourced materials, reducing overall embodied carbon compared to conventional constructions.