Abstract:

The total energy control is an important measure to ensure energy security and to respond to climate warming. The reasonable distribution of energy consumption within one province is an effective measure in order to implement the national energy consumption. In this paper, adhering to the idea of “given cardinality and divisible increment”, we built a multifactor mixedweighted distribution model based on information entropy to allocate energy consumption increment in the targetyear under the principle that focused on fair and also accounted for regional development interest and efficiency. Besides, we chose the indices of economic level, energy consumption level, industrial structure, etc. to describe the energysaving potential and the responsibility of energy consumption control. Taking Anhui Province as an example, we allocated energy consumption to each area in 2015. The results show that the energy growth rates of all 17 areas in Anhui province ranged from 1193% to 5045% in 2015. The distribution result is predominated by per capita GDP and per capita energy consumption level which are adjusted by the energy consumption of per industrial added value and urbanization rate