The purpose of this special issue, studies to study the change in energy consumption and CO2 emissions due to energy consumption in rural households of China. Using a complex method of dispersing analysis, distribution, the LMDI (Log Mean Divisia Index) results from the study found that commercial energy consumption in households in China's rural area. Increased from 64 in-2534 (1991) Mtce (1991) as 96 Mtce in 2553 (2010) (2010) representing an increase of approximately 50 per cent results from the analysis of energy consumption change by way of a performance-oriented factors, the LMDI found that the main factor that results in the total energy consumption in China's rural households increased to 146 per cent accounted for about as a result of complex factors driving resulted in reduced total power consumption is around 46 percent.Similarly, if you When considering the effects of changes in CO2 gas liberation found that a complex factor, power factor and efficiency-oriented cooperation resulted in increased CO2 gas discharge 164 Mt-CO2 and Mt-CO2, about 41 per cent or 123 and 31 per cent respectively. With the increase of CO2 emissions released from the complex factors that share power due to increased electricity usage ratio and reduced coal use, which is an indication that the use of fuels in production of electricity in China continues to use low quality fuel.In addition, this study was performed to compare the analysis results with the Additive and Multiplicative model, the LMDI I found that the Additive Model LMDI can analyze and interpret the results of calculations easier methods of Multiplicative models incorporating LMDI form of the equation is less complicated and thus is suitable to be applied to a case study that there is a lot of information and complexity of data high.
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