Transformer state prediction based on CSSA-BP neural network algorithm

Author:

Jing Zhipeng,Chai Linjie,Hu Shiyao,Wu Yuchen,Pan Sichao,Wang Xi

Abstract

Abstract As an important part of the power system, it is particularly important for the monitoring of the status of the power transformer in real time opearation. A transformer winding temperature prediction method through swarm intelligent optimization algorithm (CSSA) and BP neural network is proposed. Firstly, the CSSA-BP prediction model of the winding’s temperatur of dry-type transformer is established, and the existing 300 groups of data on the cloud platform are used for simulation analysis. The results show that, through the optimization by sparrow algorithm, the proposed model has a good prediction performance and is of great significance for realizing transformer winding temperature monitoring.

Publisher

IOP Publishing

Subject

Computer Science Applications,History,Education

Reference13 articles.

1. Condition assessment of converter transformer based on intrinsic fault evidence and characteristic indicators [J];Pi;Electric Power Automation Equipment,2020

2. A condition assessment method of transformers based on optimal weight and dynamic grey target with interval grey number [J];Yang;Power System Protection and Control,2019

3. Research on assessment of transformer state using analytic hierarchy process and rough set theory [J];Peng;High V oltage Apparatus,2019

4. Transformers condition evaluation based on Bayesian classifier [J];Zhang;IOP Conference Series: Materials Science and Engineering,2018

5. State evaluation of distribution transformers based on real-time operation data mining [J];Xie;Zhejiang Electric Power,2017

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