Horwood Energy Centre, Keele University

Ellis Hillman Architects were engaged by Keele University to deliver two significant projects for the Horwood Energy Centre: the extension of the existing boiler house and the refurbishment of first-floor offices to accommodate the Keele Smart Energy Network Demonstrator (SEND) project.

The project scope also included the creation of a new entrance porch and postgraduate research facilities, reinforcing the university’s ongoing commitment to innovation, sustainability, and cutting-edge research in the energy sector.

The SEND project is a groundbreaking European-first initiative that provides a comprehensive platform for energy generation, distribution and storage. By integrating a variety of energy sources intelligently, the project allows for the efficient management of energy across the campus. Keele University’s campus serves as a ‘living laboratory’ for testing, refining, and showcasing innovative energy solutions, pushing the boundaries of energy management, and contributing significantly to the development of smart energy networks. This forward-thinking initiative will play a crucial role in shaping future energy systems and policies.

The extension to the boiler house is a key component of this development and is designed to harmonise with its natural environment. It is clad in diagonally laid larch, a material that will weather and mature over time, enhancing the building’s integration with the surrounding landscape. The design ensures that the extension is not only functional but also aesthetically pleasing, blending into the natural surroundings while meeting the energy demands of the university’s growing campus.

A new entrance pod is another notable feature of the project. Designed as a double-height space, it includes stair and lift access, with full-height curtain walls on three of its four elevations. This design creates a bright, open entry, offering expansive views of the campus. High-level larch louvres are strategically placed to shield the south-facing façade, providing passive solar control during the summer months while ensuring visual cohesion with the boiler house extension. This combination of architectural and environmental considerations enhances the building’s sustainability, optimising its energy efficiency while maintaining a strong connection to its natural surroundings.