Energy-saving potential assessment method for power grid company

Abstract

The invention relates to an energy-saving potential assessment method for a power grid company. According to the method, a power grid energy-saving database is established based on collection of power grid data, wherein loss reduction and energy conservation, equipment energy conservation, power grid flow data, and power grid topological structure are contained in the database; an energy-saving potential index model is established according to a to-be-assessed power grid data situation; all subitem energy-saving potentials are calculated by comparing with a corresponding energy-saving modification scheme; and then an energy-saving modification plan is made. With the method, power grid energy-saving data classification is completed; the direction and target of the energy-saving work development are determined; and an energy-saving analysis process from energy-saving index model selection to subitem energy-saving potential calculation is established and thus a piece of operative energy-saving modification advice of energy-saving work development can be provided for a basic-level power grid company.

Description

technical field [0001] The invention relates to the technical field of power grid energy saving, in particular to an energy saving potential evaluation method for power grid companies. Background technique [0002] Energy saving and emission reduction is the basic national policy of our country, and it is suggested that an efficient and energy-saving power grid is a very important part of it, and power grid enterprises bear important social responsibilities in this process. [0003] The main cause of power loss in power grid enterprises is the loss caused by the impedance of power equipment during the four stages of power transmission, transformation, distribution, and use, as well as the loss caused by errors in metering equipment and poor management. The loss reduction and energy saving work of domestic and foreign power grid enterprises mainly includes four parts: power grid planning and construction, economic operation of power grid, line loss management and power demand...

AI Technical Summary

Problems solved by technology

[0004] At present, there are grid planning information on transmission grids and substations in various grass-roots grids, but the basic data for the purpose of grid energy conservation is insufficient, resulting in unclear directions and goals for energy conservation work

Moreover, the existing energy-saving potential analysis methods of distribution network lack the complementarity of static indicators and dynamic indicators. When the energy-saving data is limited, the energy-saving effect prediction cannot be well achieved.

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