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Urbanest Battersea

Urbanest Battersea

Completed

Shortlisted

Planning Application Link View map

Number/street name:
5 Palmerston Way

Address line 2:
Nine Elms

City:
London

Postcode:
SW8 4AQ

Architect:
Allford Hall Monaghan Morris

Architect contact number:
0207 251 2561


Developer:
Urbanest.

Contractor:
MACE

Planning Authority:
London Borough of Wandsworth

Planning consultant:
Gerald Eve

Planning Reference:
2020/2837

Date of Completion:
10/2024

Schedule of Accommodation:
255 x non suite rooms 124 x half suite rooms 436 x ensuite rooms 37 x studios

Tenure Mix:
100% PBSB

Total number of homes:
852


Site size (hectares):
Site size is 2005 sqm = 0.2 ha, however the building is oversailing the site boundary. The planning application boundary is 4158 sqm = 0.42 ha

Net Density (homes per hectare):
473

Size of principal unit (sq m):
12.5

Smallest Unit (sq m):
9.2

Largest unit (sq m):
27.5

No of parking spaces:
0

Scheme PDF Download



Planning History

Planning permission (ref: 2016/5422) was previously granted by the Council in April 2018, for the demolition of all existing buildings on the site and construction of four buildings, ranging in height from 9 up to 16 storeys tall. This permission was for 162 residential units, including office, retail, public house and cultural space, this scheme was never implemented due to challenges relating to the underground services that were discovered along with changes in the residential market which made the proposals unviable to deliver.

The Design Process

Located on the south side of Battersea Park Road, opposite the new Battersea Power Station development, Urbanest Battersea is a carefully designed, highly sustainable development comprising of three student buildings and a dedicated commercial building meeting the PassivHaus standard.

Led by private student accommodation provider Urbanest, the development provides modern accommodation for 852 students and is the first major PassivHaus student housing development in London. PassivHaus buildings have high insulation, high air-tightness and ventilation with heat recovery to significantly reduce operational carbon and improve occupant comfort and health.

Working closely with Urbanest and Mace Construction, the new commercial building achieves BREEAM Outstanding and feature's Mace's Low Carbon Concrete (LCC) construction system; a Cemfree concrete and low energy Electric Arc Furnace steel in cement-free concrete cassettes.

The buildings, ranging in height from 11 to 19 storeys, step in height and twist to open to key views with a unifying base around courtyard gardens, creating a varied silhouette. Bold colours and glazed terracotta facades draw on the industrial heritage of the site and provide a strong marker within the neighbourhood.

Four ‘towers’ sit on a unifying podium that is tucked in at ground to generate an active frontage to the new public realm and connection to Battersea.

Significant improvements to the surrounding public realm and an improved connection and accessibility to Battersea Park Road will draw people into the site, becoming a catalyst for the regeneration of the wider area.

Key Features

Leading central London student accommodation provider Urbanest has successfully achieved Passivhaus standard accreditation for its purpose-built student accommodation (PBSA) development in Battersea. The certification from the Passivhaus Institute makes it the largest Passivhaus building in the UK and the eighth largest in the world.

Rendering conventional heating systems unnecessary, the low-energy construction concept and façade design make efficient use of the sun, internal heat sources and mechanical ventilation with heat recovery. This allows for space heating and cooling related energy savings of up to 90% compared with typical buildings and over 75% compared to average new builds.

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Scheme Information

Type

  • Cohousing

Size

  • High rise
  • High density

Cost/ownership

  • PRS
  • Mixed Use

Planning

  • Urban Infill
  • Urban Regeneration

Construction/Design

  • Contemporary Design
  • Modern methods

Outdoor areas

  • Roof Terrace
  • Outside Terrace
  • Biodiversity

Surrounding Area

  • Landscape
  • Communal Spaces
  • Community Buildings
  • Public open space

Sustainability

Urbanest Battersea exemplifies a commitment to carbon reduction through its groundbreaking application of PassivHaus standards. Achieving the largest PassivHaus building in the UK, the development significantly minimises operational carbon emissions. This is accomplished through high-level insulation, airtight construction, and mechanical ventilation with heat recovery, drastically reducing the need for conventional heating and cooling systems. Furthermore, the commercial building, designed to BREEAM Outstanding standards, further contributes to carbon reduction by employing Mace's Low Carbon Concrete, utilising Cemfree concrete and low-energy Electric Arc Furnace steel. Beyond construction, the scheme fosters a low-carbon lifestyle for its residents. The provision of extensive cycle parking and the deliberate omission of car parking spaces actively encourage sustainable transportation. Consolidated servicing optimises delivery logistics, reducing associated emissions. Water management strategies, including efficient fixtures and rainwater harvesting for WC flushing, minimise water consumption. Biodiversity is thoughtfully integrated through the creation of courtyard terrace gardens, providing vital outdoor landscaped spaces within the dense urban environment. These gardens not only enhance the aesthetic appeal but also contribute to local biodiversity and improve air quality. The design's focus on pedestrian and cyclist accessibility, coupled with improved public realm connections to Battersea Park Road, promotes active and sustainable movement. The chamfered façade design maximizes natural light and views, while limiting solar load, enhances occupant well-being and reduces reliance on artificial lighting. The combination of these elements creates a truly sustainable and low-carbon living and working environment.
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