The collaboration between theInstitue forAdvanced Architecture of Catalonia (IAAC) and leading multinational company in the Spanish electricity sector Endesa resulted in the construction of an innovative solar structure that will adorn the Barcelona’s Marina Pier for one year. Part of the Smart City Expo, the Endesa Pavilion (also known as Solar House 2.0 ) is describes as ” a testbed for informational grid technologies“. Combining prefabricated technologies with perfectly adapted customization, this genius design built in just one month is software-designed, cut to dimensions and assembled into a place-specific design. Plywood wedges shape outside solar system supports and interior storage spaces, while their cantilevering features shade the interiors from gaining too much heat in the summer.
Summarizing the project, IAAC explains the modularity, versatility and functional features of the pavilion: “The project is an exercise in which a building, under the guidance of the block type of Barcelona, is adapted by adding a series of modules on its facade. These modules, which are seen as triangular pieces section, make possible for the building to optimize energy and spatial intelligence. Its size and components vary depending on the orientation and inclination of the sun, the relationship with the environment and other technical needs.” Scroll down to see two videos – one presenting the pavilion from multiple angles and the second one explaining the ideas and technologies behind the exceptional project.
Value for money is not, and never was, the same as being cheap. Value for money means making the most of whatever budget is available. A good example of this is Hayes Primary School in London, by Hayhurst and Co. Having to contend with a tightly controlled 3 million local authority budget, they worked with the existing structure of the primary school to give it a much needed update. A striking polished stainless steel brise-soleil facade installed at the school’s entrance, gives the school’s many different buildings a sense of identity, while new classrooms have been created in a range of shapes and sizes, and are often flooded with natural light
Energy during the construction process was saved by using FSC-certified glulam timber instead of steel to create the building’s distinctive wavy roof, while the store’s external walls use hemclad, a highly innovative insulator made from hemp, which, like all plants, absorbs CO2 from the atmosphere as it grows. An 80,000 litre water tank below ground provides water for the store’s toilets and waters the site’s green wall’, which provides natural insulation, acts as an all-natural pollution filter near the car park, and helps to encourage biodiversity. The result is a building that uses a fraction of the energy of structures of a similar size, and is still very popular with local shoppers.