The bullitt center also collects rainwater for potable and non potable use.
Bullitt center solar panels.
The bullitt center is located at.
Solar panels learn more building neurology learn more composting toilets learn more greywater system learn more rainwater harvesting learn more regenerative elevator.
To be net zero energy the bullitt center will generate as much electricity every year from solar panels on its roof as its tenants use.
To achieve this goal the bullitt center has 575 solar panels on the roof creating a 14 000 square foot array to generate electricity.
There are 575 pv panels on the roof of the bullitt center at 425 watts per panel manufactured by sunpower corporation of san jose.
The greenest commercial building in the world.
Solar can pencil out in seattle.
These elements reduce the six story buildings annual energy requirement enough that it operates on energy provided by a roof top solar array and manages its own water and waste needs onsite on an extremely tight urban block in rainy overcast seattle.
As part of the living building challenge the bullitt center will meter its energy production and consumption on a continuous basis and show the results in its lobby and on the web.
Seattle receives slightly more solar radiation than germany a country well on its way to meeting read more.
The panels are sensitive to the amount of daylight they receive meaning that production values are closely related to solar intensity and sky conditions.
Position the photovoltaic panels to receive the long days of summer sun in our region and enough energy will be generated to provide clean energy and potentially provide a good return on investment.
The goal of the bullitt center is to drive change in the marketplace faster and further by showing what s possible today.
The living building challenge group granted an exception to the sourcing radius requirement because of the need to purchase high efficiency pv panels.
The era of harm reduction half steps and lesser evils is behind us.
Solar power the bullitt center s roof consists of 575 photovoltaic panels a 1300 m 2 14000 ft 2 array capable of producing 230 megawatt hours of electricity per year.