Power line resource allocation optimization system and method

Abstract

The invention provides an electric power special line resource allocation optimization system and method, the allocation optimization system comprises a data acquisition module, a control module and a data analysis module, wherein the data acquisition module and the data analysis module are both connected with the control module. The distribution optimization method specifically comprises the steps of firstly collecting power grid data of each special power line, then establishing a special power line evaluation index system, then performing energy efficiency condition evaluation according to the special power line evaluation index system, obtaining a potential elastic coefficient of each special power line, and finally receiving an application request of a special power line user by the control module; collecting and analyzing then user power consumption data of the special power line user, and enabling the control module to formulate a power line resource planning optimization scheme according to an analysis result. According to the power special line resource allocation optimization system and method provided by the invention, the requirements of the power special line user are met by utilizing the existing power special line resources, and the utilization rate of the power special line is improved while the solving efficiency of the power special line user request is improved.

Description

technical field [0001] The invention relates to the technical field of electric power dispatching, in particular to a system and method for optimizing resource allocation of electric power dedicated lines. Background technique [0002] With the improvement of people's living standards, the user's demand for load is also increasing year by year, and the scale of power construction and investment is also increasing. The current power users can be divided into public line users and leased line users. The demand time and quantity of private line users for power supply will continue to change with user needs. Due to its demand, leased line users will inevitably make new applications for power leased line resources. Now the common solution to the request of leased line users is to build new power leased lines for leased line users to use, but rebuilding one or more new power leased lines requires a lot of time and resources. For some leased line users with urgent needs Said that...

AI Technical Summary

Problems solved by technology

The current power users can be divided into public line users and leased line users. The demand time and quantity of private line users for power supply will continue to change with user needs. It is inevitable that leased line users will make new applications for power leased line resources

Now the common solution to the request of leased line users is to build new power leased lines for leased line users to use, but rebuilding one or more new power leased lines requires a lot of time and resources. For some leased line users with urgent needs Said that this solution is difficult to meet their needs

When formulating plans for leased line users’ requests, existing power leased line resources are often overlooked. Existing power leased lines often only provide power supply services for individual leased line users. The user's power supply demand is not high, and the utilization rate of the corresponding power line is also very low, and a large amount of power line resources are wasted

Images