TY - GEN
T1 - The Nectar Project: Solar Development of Post-Industrial Urban Communities (Tutti Frutti, New Islington, Manchester)
AU - Martin, Craig
AU - Stott, Craig
AU - Pilling, Matthew
AU - Walsh, Vincent
PY - 2011
Y1 - 2011
N2 - The ‘solar city’ is an oxymoron; buildings close together shade each other and thus prevent insolation. The solar suburbs are generally low density and poorly connected. In response, this study advances the understanding of compact urban sustainability, and strengthens the architectural knowledge of urban and celestial solar geometries - the synergy of which are key to true solar city design. The objective is to generate a solar community capable of sustaining an inevitable urban population within an existing and site limited Northern European city. With reference to previous masterplanning models by this author (Martin, C. L., & Keeffe, G., 2007) this paper creates and uses a mapping of city and sun. By recognizing the city as an intensified, light stratified system, a flexible sunlight and shadow strategy for the volumetric development of brownfield urban has emerged. In collaboration with Urban Splash, one of the largest property developers and urban renewal specialists in Europe, The Nectar Project applies a solar growth methodology to one of the UK’s largest brownfield sites - New Islington, Manchester. Utilising advanced CAD software packages the forms generated display intense faceted dynamism which offer sustainable design an energy quantifiable and visually expressive language.
AB - The ‘solar city’ is an oxymoron; buildings close together shade each other and thus prevent insolation. The solar suburbs are generally low density and poorly connected. In response, this study advances the understanding of compact urban sustainability, and strengthens the architectural knowledge of urban and celestial solar geometries - the synergy of which are key to true solar city design. The objective is to generate a solar community capable of sustaining an inevitable urban population within an existing and site limited Northern European city. With reference to previous masterplanning models by this author (Martin, C. L., & Keeffe, G., 2007) this paper creates and uses a mapping of city and sun. By recognizing the city as an intensified, light stratified system, a flexible sunlight and shadow strategy for the volumetric development of brownfield urban has emerged. In collaboration with Urban Splash, one of the largest property developers and urban renewal specialists in Europe, The Nectar Project applies a solar growth methodology to one of the UK’s largest brownfield sites - New Islington, Manchester. Utilising advanced CAD software packages the forms generated display intense faceted dynamism which offer sustainable design an energy quantifiable and visually expressive language.
KW - Solar
KW - Sustainable
KW - Brownfield redevelopment
KW - City and Urban Planning
M3 - Conference contribution
SN - 978-2-87463-277-8
SP - 401
EP - 406
BT - 27th International conference on Passive and Low Energy Architecture (PLEA)
ER -