A distribution energy storage management system and method for a new type of power system

Abstract

The application provides a power distribution and energy storage management system for a novel power system and a method thereof, including a power supply data module, a mobile power storage module and a deployment module; the deployment module includes a prediction module, an evaluation module and an execution module; the prediction According to the historical power consumption data of the power supply partition, the module predicts the power consumption of the power supply period preset in the power supply plan, and obtains the pre-required power consumption of the power supply period; the evaluation module can provide the power supply partition according to the power system during the power supply period. The maximum power supply amount, and the pre-required power consumption of the power supply partition in the power supply period obtained by the prediction module, and the power supply partition is added to the normal power supply partition list or the waiting allocation partition list in the power supply period through the calculation result; the execution module obtains the power supply partition. The evaluation score is to sort the power supply partitions in descending order of the evaluation scores, and the mobile power storage devices in the idle state are preferentially allocated according to the sorting order. The present application improves optimization.

Description

technical field [0001] The present application relates to the field of power distribution and energy storage management in power systems, and in particular, to a power distribution and energy storage management system and a method for a new type of power system. Background technique [0002] With the gradual upgrade of the power management system and the increase in the power consumption of each Taipower sub-area, and the increase in the data processed by the power management system, the power management system has become more and more important in guiding the monitoring, management and distribution of Taipower sub-areas. As one of the important projects of power management, power distribution and energy storage management aims to avoid power loss due to local power shortage. The cost of purchasing and maintaining the power grid is relatively large. If it cannot be reasonably allocated, it will inevitably cause waste and loss to the power management system. Therefore, in ord...

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Problems solved by technology

[0002] With the gradual upgrade of the power management system and the increase in power consumption of each Taipower district, the data processed by the power management system has increased, and the power management system has become more and more important in guiding the monitoring, management, and distribution of Taipower districts. As one of the important items of power management, distribution energy storage management is aimed at avoiding power loss caused by local power shortage. The cost of purchase and maintenance is relatively high. If it cannot be allocated reasonably, it will inevitably cause waste and loss to the power management system. Therefore, in order to minimize the power loss of Taipower partitions on the basis of ensuring the basic distribution of power, how to integrate mobile storage How to optimize the use of electrical equipment and how to reasonably allocate mobile electrical storage equipment in the power supply plan is an urgent problem to be solved

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