The building does not relay external sources of energy such as electricity and fuel. The Green building has internal courtyards and skylights that illuminate every single office in the building during the day. This minimizes the energy that is required to illuminate the offices. The few artificial lights are automated in a way that they switch themselves off when people step out of the room, hence saving the energy. The lighting systems of the rooms are fitted with photo sensors, which dim the lights when daylight is sufficient. The cooling system of the rooms is natural, and depends on the breeze from the ocean that is about 100 yards from the location of the office. A combination of all these reduces the rate of energy consumption within the building, which amounts to environmental sustainability and conservation.The windows of the building are designed to block the sun’s short-wave radiation and reduce the amount of solar heat gain in the building. This ensures minimal air conditioning. The internal courtyard also has plants and light-colored roofing to absorb and deflect the sunlight as a way of cutting down on heat gain. The air conditioning systems that the building has are of efficiency with ozone-friendly refrigerants connected to sensors, which are automated to shut down when windows are opened. The most technological aspect of the building is its computerized “smart systems” that automatically track weather forecasts and anticipate changes so they can gradually heat or cool a building only and when necessary.The most inspiring component of this NRDC green project is its pollution free promise. The building stands out to be the first in America to be most environmental friendly, with zero – net carbon dioxide production. Much of the electricity energy required in the operations of the building is supplied by the solar-electric array on its roofs. When the building is at its least occupancy, the system pumps solar-generated power back into the grid. During its full occupancy when energy consumption rate is at its climax, NRDC offsets the energy demand by purchasing wind certificates, which provides an equivalent of the energy that could be provided by fossil fuels such as fueled electricity generators.The water system of the green house is another impressing architecture. NRDC green building is located in an area where water is scarce.
Natural Resources Defense Council. (1990). Building green: From principle to practice. New York, N.Y.: Natural Resources Defense Council.
Stang, A., Hawthorne, C., & National Building Museum, Washington DC. (2005). The Green house: New directions in sustainable architecture. New York: Princeton Architectural Press.
U.S. Green Building Council. (2011). Green building and LEED core concepts guide. Washington, DC: U.S. Green Building Council.
U.S. Green Building Council. (2009). Green building operations and maintenance. Washington, DC: U.S. Green Building Council.
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