Buildings Energy-efficiency Development in Rural Areas of China Case Study

Buildings Energy-efficiency Development in Rural Areas of China - Case Study Example The threat of environmental pollution in China originates from rural China, where the majority of the population continuously uses forms of energy that are major causes of carbon emission and pollutions of the environment. It is not surprising that various researches are continuously conducted to identify alternative ways of reducing carbon emissions in rural Chinese homes. Also, it does not surprise that building energy-efficient development in rural areas of China is one effective solution to this problem of growing carbon emissions. The ability of rural buildings to maintain efficiency in energy conservation and use is determined by its design. As a result, this paper explores traditional hearth (thermal mass) design in rural Chinese homes. Moreover, it evaluates how design influences energy conservation and utilization. China began consuming high amounts of carbon in late 20th century influenced by the spread of the industrial revolution throughout the world (Stolten and V Scherer 895). In 1990, the country continued to experience increased in total carbon consumption, and total consumption reached 650Mtce in 1995 while per capita consumption was at 900kgce in the same year (Slide 1). In the era of the industrial revolution, the total consumption remained higher that per capita consumption. The factories and industries are producing commodities for the emerging opportunities in the global market consumed a high percentage of carbon. On the other hand, per capita income associated with household carbon consumption was increasing at a decreasing rate over the years and peaked in 2000. At a per capita consumption of 1300Kgce, the total consumption was at a high of 1450Mtce in 2007. Even though, China began consuming more carbon in the 1980s, the country experienced rapid growth in the 21st century seen a sharp increase in total consumption between 1999 and 2007. It