潜水式无保护固体转子感应电动机的设计考虑

J. Danilevich, V. N. Antipov, I. Kruchinina, Y. P. Khozikov
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引用次数: 8

摘要

本文介绍了潜水式密封增油电机的替代方案——12/18 kW、750/1500 V、3000/6000转/分的潜水式无保护固体转子感应电机,该电机可在油井内、环境温度1500℃、压力30 MPa、腐蚀性介质-地层液体(油、伴生水、矿物外加剂和油气的混合物)中工作。为了估计固体转子电机的性能,构造了二维非线性复时谐求解器对电机进行稳态建模。考虑了非线性磁性材料的特性,不同的转子结构。
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Design considerations of submersible unprotected solid-rotor induction motor
This paper deals with alternative solution of submersible sealed oil-extended motor - submersible unprotected solid-rotor induction motor of 12/18 kW, 750/1500 V, 3000/6000 rpm, which can operate inside oil well, in corrosive medium-strata liquid (mixture of oil, associated water, mineral admixture and oil gas) with ambient temperature 1500degC and pressure 30 MPa. To estimate the performance of the solid rotor motor two-dimensional (2D) nonlinear complex time-harmonic solver is constructed to model the machine in steady-state. Non liner magnetic material characteristics, the different rotor construction were taken into account.
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