This project will transform the building into a Net Carbon Zero space with outstanding sustainability features. It will offer affordable workspaces to local businesses, Lambeth-approved charities, and non-profit organizations. Enhancements to Emma Cons Gardens will further enrich the public space, contributing to the revitalisation of Central Waterloo and the broader Southbank area.
Waterloo Central will replace existing buildings at 99-107 Waterloo Road and 126 Cornwall Road, enhancing the area's appeal. The new development will feature a landmark building with a striking street presence and retail units, creating an improved arrival experience from Waterloo Station. It's designed to achieve a BREEAM Outstanding rating and incorporates an innovative facade with built-in photovoltaic technology, reducing energy demand and generating 15% of the building's power.
This building employs all-electric heat-pump technology for heating and cooling, and it can share recovered heat with neighboring buildings, reducing the borough's carbon footprint and improving air quality. Smart controls, including motorised blinds and demand-controlled ventilation, create a personalised indoor environment while minimising power consumption.
Additionally, the building conserves water through rainwater collection and recycling, and it offers outdoor spaces for tenants and wildlife. These features enhance the site's ecological value with terraces and green roofs. The building also boasts external terraces that promote occupant well-being, and it's crowned with a landscaped roof garden, providing water-pools, relaxation areas, seating, and meeting spaces. Along Cornwall Road, a raised podium at the second floor includes additional gardens accessible from the affordable workspace provision.
While working with structural engineers AKT II, the new building's height is softened by rounded corners and unifying ribbons that wrap around the structure. This structural approach results in efficient floor-to-floor heights and spacious ceilings. The placement of the asymmetric core enables large, adaptable floor spaces for the future.
