The Correlation Between Energy Reduction During The Operation Of A Essay

The Correlation Between Energy Reduction During The Operation Of A Building And The Carbon Footprint Of It - Essay Example In addition, the carbon footprint of a building is dependant on the dimensions of the proper coordination of the forms and space put in place over the time. This means that during the construction, the design should aim at energy reduction so that the amount of carbon footprint is reduced significantly. Modern housing design is a work aimed at satisfying customers need, setting measures of transforming the world by the architectural work and ensuring the quality of buildings (Bentley, 1999). In this regard, the design and transformation heavily rely on historical background and knowledge of the performers to make sure that the amount of carbon footprint is kept at manageable levels. Building design and transformation could be enhanced by applying a typological approach to analyze them, their evolution and the perspective of growth of architecture discipline. Therefore, this essay focuses on the correlation between energy reduction during the operation of a building and the carbon foo tprint of it. Buildings and Planning The amount of trapped energy must be reduced to eliminate carbon footprint of buildings and enhance their stability as well (Retail Forum for Sustainability, 2011). The cities are amalgamations of different types of buildings round, stories and flats, thus safety concerns such as reduction carbon footprints is paramount (Smith, 2005). The buildings are constructed in away that satisfy all the population strata in terms of safety, economic situation, gender, and age. Toward the residential areas are the shops, supermarkets and merchandises which supplies the peoples needs at the residential areas. The buildings are served with social amenities such as the clubs, churches and schools (Davreu, 2008). The Latest Building Designs and Energy Concerns Modern housing design transformation is spreading across the world at a high rate; this could be seen with the sprawling of modern cities in England like the Poun-dbury (Bentley, 1999). Therefore, increasi ng the need for adequate education on energy reduction is necessary to eliminate carbon footprint of buildings and enhance their stability (Forester, 2007). Achieving zero-carbon buildings is expected to be another exemplary work of architects, and must be ensured when the building is under construction. Other cities include the Vancouver of Canada, the Orchid Bay of Belize, the McKenzie Building and Val d’Europe of East Paris has been constructed in a manner that significantly reduced trapped energy (Wheeler, 1998). This was an attempt to eliminate carbon footprint of those buildings and enhance their stability. In addition, energy reduction ensures sustainability of the buildings and sustainable development (Yudelson, 2009). Apparently, sustainability and sustainable development in building construction is a term mostly applied by building planners’ inconsideration environmental and demographic factors which influences building set up. As compared to early population , the modern population has increased in population as well as change in their social economic activities (Forester, 2007). For this reason, building planners must develop a mechanism to cater for space in the building centers as well as the increase in trend over environmental pollution and safety concerns. In addition, the planners should address issues tied with social resources, pollution in the building centers, energy reduction, climate changes and building heat islands to eliminate carbon footprint of buildings and enhance their stability (Retail Forum for Sustainability, 2011). Sustainable development should be created in away that the short and long-term healthy growth of a building centre should be maintained (Smith, 2005). This takes the aspect of effective