Oil field orderly power utilization system with topological structure and orderly power utilization distribution method thereof

Abstract

The invention discloses an oil field orderly power utilization system with a topological structure and an orderly power utilization distribution method thereof. The system comprises a business rule module, an oil field topological structure and a calculation model, the oil field topological structure is composed of topological units, each topological unit comprises an oil well, a combination station, an oil well, a gathering and transportation station library, a water injection station and a water well, the combination stations, the transfer stations and the produced water treatment stations serve as hubs, the oil wells, the water injection pumps and the water injection wells are associated to sewage storage equipment according to the actual physical relation, and therefore a relatively independent production system is formed to form the topological units. Emergency storage capacities in the system are communicated with each other; the oil well produced liquid and water injected by thewater injection pump only influence the emergency reservoir capacity change of the system; a relatively stable water transfer relationship with other production systems can be kept; and the accidenttank and the water storage tank are used as sewage storage equipment in a unified manner, and the sewage storage equipment is used as an initial node of the topology unit.

Description

technical field [0001] The invention relates to the field of orderly power utilization in oilfields, in particular to a system for orderly power utilization in oilfields with a topological structure and a method for distributing orderly power utilization in oilfields. Background technique [0002] In recent years, with the continuous increase of local industrial electricity consumption and residential electricity consumption, under the high temperature weather in summer, there will often be a shortage of electricity supply. It is necessary for the oil field to take a series of measures such as shifting peaks, avoiding peaks, and limiting electricity to ensure that residents Electricity for life. Especially in an emergency state, the power supply company quickly reduces the load by directly switching on the substation. This disorderly switching and power reduction method has brought some unnecessary losses to the oilfield production. In the case of orderly power consumption,...

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Problems solved by technology

[0005] (1) At present, only the proportion of production electricity consumption of production units is considered as the basis for the decomposition of power reduction tasks, and the value of electricity consumption of each development unit is not fully considered, which is not conducive to the optimal allocation of electricity loads;

[0006] (2) It mainly relies on experience to manually formulate orderly power consumption plans, lacks scientific decision-making theoretical support, and cannot maximize the overall benefit of the oilfield;

[0007] (3) The evaluation after the implementation of orderly electricity use lacks reasonable evaluation principles and evaluation methods, and fails to fully reflect the negative impact of orderly electricity use after implementation;

[0008] (4) There is a lack of effective and orderly power consumption throughout the process, and it is impossible to grasp the implementation situation in real time

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