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I need help creating a thesis and an outline on Zero Carbon Homes. Prepare this assignment according to the guidelines found in the APA Style Guide. An abstract is required.
I need help creating a thesis and an outline on Zero Carbon Homes. Prepare this assignment according to the guidelines found in the APA Style Guide. An abstract is required. Through the use of renewable energy systems, engineers, contractors and architects can easily offset or lessen the emission of carbon. In the process of continuously promoting energy efficiency in buildings and local houses, engineers, contractors and architects will be able to protect the environment from the harmful effects of carbon emission (gov.uk, 2012).
Now-a-days, low carbon technologies such as the use of heat pumps, photovoltaic arrays, bioenergy systems, and thermal insulation are currently available in the market. Despite the different kinds of low carbon technologies, only the use of photovoltaic arrays technology will be highlighted throughout the paper discussion. In response to the development of green building, ways on how photovoltaic arrays technology can be use in the construction of green buildings and houses will be examined and analyzed. After providing a clear description of photovoltaic arrays technology, its value in terms of providing solution to climate change and ways on how to create more photovoltaic arrays technology innovation will be tackled in details. Prior to conclusion, various assessment techniques and regulations such as the Feed-in-Tariff and
Photovoltaic arrays technology produces electricity coming from the sun. Often times, photovoltaic arrays are placed on the roofs of buildings and houses. Other than the sloping angle and the location where the photovoltaic cells are placed, the efficiency of this particular renewable energy sources is highly dependent on the size and type of cell used (i.e. facing East or South, sloping angle at 30o, etc.) (Noguchi, 2013). In case of a full sunlight, photovoltaic cells can produce up to 1,250 to 1,300 watts of electricity (Eiffert and Kiss, 2003).
