Octavius Infrastructure has successfully completed a new multi-storey modular car park at Ely Hospital, Ely. The three-level plus ground-level car park provides a total of 271 spaces, including sixteen designated disabled bays, eight EV charging points, external bicycle parking, and two lifts. The new facility transforms the former MOD social club site and porters lodge into a practical and versatile solution for visitors and hospital staff – and represents a key addition to the city’s healthcare infrastructure.
Designed with both practicality and sustainability in mind, the modular steel frame construction features external cladding with vertical aluminium fins in brown and green tones that blend harmoniously with the surrounding landscape. To support the NHS’s net zero commitment and Octavius’ commitment to protect and deliver a sustainable legacy, the structure incorporates several green features that minimise its ecological footprint.
Eight green panels have been planted with a mix of honeysuckle and ivy to promote biodiversity and improve local air quality, while Sustainable Urban Drainage Systems (SUDS) integrated into the car park’s footprint help manage surface water, reduce flood risk, and improve drainage. The inclusion of eight electric vehicle (EV) charging points supports the transition to low-emission transport, and ample bicycle parking encourages active travel among staff and visitors alike.
Octavius is a leading provider of modular car park solutions. Working in joint venture with our partner SiderPark, our modular steel-framed system provides a fast, efficient, and cost-effective solution to transform underutilised areas into revenue-generating parking, while freeing up valuable space for development or expansion. Highly durable and designed for longevity, the modular components require minimal maintenance and offer flexibility for future relocation or extension, reducing the need for new materials and construction waste over time.
Delivering a construction project on an operational hospital site adjacent to residential properties posed significant logistical challenges. However, the modular approach significantly reduced on-site activity, cutting down on noise, dust, and disruption to hospital operations and the local community. Off-site fabrication and quick installation also reduced the project’s carbon footprint compared to traditional builds.
As part of the wider hospital redevelopment, the new car park enhances accessibility and supports improved patient care. Previously, limited parking created congestion and forced visitors to park on nearby residential streets. Now, with the new facility in place, patients, visitors, and staff benefit from easier access to parking, while the surrounding community sees reduced traffic impact and a greener, more sustainable development.
