Precise allocation method for electricity charge of shared base station

Abstract

The invention discloses a precise allocation method for the electricity charge of a shared base station, which comprises the steps of selecting electrical equipment independently used by operators andelectrical equipment shared by the operators in the shared base station, mounting meters for the independently used electrical equipment and the shared electrical equipment respectively to measure the electricity quantity, building an energy consumption relation between the electricity quantity of the electrical equipment independently used by the operators and a public power environment system to obtain the base station power environment energy consumption allocation quantity of each operator; and calculating the precise energy consumption allocation quantity of each operator according to the direct current power consumption of each operator. The method is especially applicable to electricity charge allocation calculation for each operator under the background of the large-scale shared base station, and can provide a calculation method for benefit evaluation of a shared base station conservation project.

Description

technical field [0001] The invention relates to the field of energy consumption measurement, in particular to the calculation of electricity charges for large-scale shared communication base stations, which is applicable to the precise allocation of electricity charges of various operators under the background of shared base stations, and involves an auxiliary calculation method in the fields of network measurement, calculation models, parameter optimization, etc. . Background technique [0002] China Tower Corporation fully undertakes the infrastructure construction and operation and maintenance management of self-built base stations (also known as exclusive base stations or stock base stations) of the three major domestic communication operators, and realizes the base station computer room and power environment system resources (battery, power distribution equipment, switching power supply) etc.), and provide unified power guarantee services for the three operators, so as ...

AI Technical Summary

Problems solved by technology

The above two electricity bill settlement methods have advantages and disadvantages in actual implementation: the electricity bill lump sum method is convenient, simple and easy to operate for both parties, but it increases the risk of electricity cost management and control, and the operator will lack the energy saving and consumption reduction of the main energy-consuming equipment of the base station The driving force is not conducive to promoting the energy saving and consumption reduction of the main equipment of the base station; the "transparent transmission" method of electricity charges is settled according to the actual electricity consumption of the communication base station. This method can effectively control the cost of electricity charges within a certain range, but the base station except The power-consuming equipment used independently by each operator, and a large number of equipment are shared equipment, it is difficult to accurately determine the power consumed by each operator, which leads to the lack of motivation for each operator to save energy and reduce consumption. In addition, because the power consumption cannot be accurately determined, This makes it impossible for government departments to evaluate the energy-saving and emission-reduction effects of operators and tower companies, resulting in no incentive for operators and tower companies to save energy and reduce emissions

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