Centre will host research labs and collaboration space for low-carbon innovation as part of 拢50m investment

Glancy Nicholls Architects has worked up proposals for a net-zero carbon 鈥渟mart living laboratory鈥 for the University of Birmingham that will be the centrepiece of a 拢50m investment programme.

The practice鈥檚 Birmingham Energy Institute building is earmarked for a site at the university鈥檚 Edgbaston main campus, south west of Birmingham city centre.

The university said it would contain state-of-the-art research laboratories and represent the 鈥渃ornerstone鈥 of the University鈥檚 vision for a living laboratory that transforms its main campus into a 鈥渘ational testbed鈥 for innovation in low-carbon energy systems.

The building will bring together interdisciplinary energy research and education from across the university and its partners. It will also provide a base for collaborations with industry, combining digital sensor and analytics technologies across the Edgbaston and Dubai campuses.

materiality

Source: Glancy Nicholls Architects

Birmingham Energy Institute director Prof Martin Freer said energy research at the university had grown rapidly over the last decade with researchers leading developments in energy systems and storage, heating and cooling, materials irradiation, hydrogen fuel and future-vehicle technologies.

He said the plans for a new hub and the financial backing underpinning them represented a 鈥渢ruly ambitious step鈥 towards a net zero-carbon society. We are working with local, regional, national and international partners to unlock the deployment of solutions that will accelerate the energy transition.鈥

Entrance

Source: Glancy Nicholls Architects

Glancy Nicholls also designed the 1,800 sq m Birmingham Energy Innovation Centre Industry for the university at Tyseley Energy Park in east Birmingham.

It provides office accommodation, analytical laboratory space and workshops for academics and business to collaborate on new energy solutions.

Office  open space

Source: Glancy Nicholls Architects