8 Washington would include 134 residential units housed within LEED certified buildings with green rooftops. The majority of the units would be 2 - 3 bedrooms and will be family sized.
Adding residential units within walking distance of San Francisco's primary employment and retail centers is inherently sustainable and in particular reduces the potential carbon footprint from transportation. Additional specific sustainable design measures proposed are the following :
Solar Hot Water System
Solar heating systems utilize thermal collectors to transfer heat generated from the sun to water for domestic usage. Water heating can be a more efficient use of Solar Energy than electric generation via photovoltaics.
Green Roof Gardens
The majority of the unoccupied roofs of the project are green roofs which reduce heating and cooling loads on a building and also buffer outflow into the City's combined stormwater system.
Operable Sun Shading Devices
Operable shading devices encourage an active and customizable role in determining the amount of light, air and heat allowed to enter a space. Exterior shading devices reduce mechanical load by blocking solar energy before it penetrates the building envelope.
Low-E Insulated Glazing
An added metallic Low-E coating acts to further reflect solar radiation and prevent heat transfer.
Deep Recessed Windows
Recessed windows play an important role in the passive solar shading strategy of the building, permitting views while being particularly effective in blocking high or oblique sun angles.
Geothermal Water Cooling
This system utilizes a series of pumps to expel heated water through a circuit of pipes sub grade. The water is cooled through contact with the naturally cooler environment and is then pumped back to the building for cold water uses including air conditioning. This potentially reduces the amount of energy required by conventional cooling towers.
For information on purchasing a home at 8 Washington, please contact Alicia Esterkamp Allbin at email@example.com.