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Research on Improved Cable-Length-Adaptive Sensorless Vector Control for Drives of Induction Motors in Deep-Sea Oilfields

Research on Improved Cable-Length-Adaptive Sensorless Vector Control for Drives of Induction Motors in Deep-Sea Oilfields

Full Title: Research on Improved Cable-Length-Adaptive Sensorless Vector Control for Drives of Induction Motors in Deep-Sea Oilfields
Author(s): Zitao Jin and Yonghong Deng
Publisher(s): Frontiers in Energy Research
Publication Date: November 3, 2025
Full Text: Download Resource
Description (excerpt):

This paper addresses the issue of the insufficient adaptability of existing vector control algorithms to filter and compensate for long cable parameters (under the influence of parasitic impedance, parasitic capacitive reactance, and parasitic inductive reactance), which leads to unresolved stability and harmonic issues in long-cable drives for deep-sea oil fields.

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