首页|高压永磁直驱一体机在带式输送机中的应用

高压永磁直驱一体机在带式输送机中的应用

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为解决+860 m水平主运输巷带式输送机运输能力偏低、驱动系统结构复杂、运行成本高及故障发生率高等问题,从增大带宽、提升带速方面分析运能提升方案,并对比分析交-直-交变频驱动、高压永磁直驱一体机确定驱动改造方案.对比确定通过采用高压永磁直驱一体机提升+860 m水平主运输巷带式输送机驱动系统可靠性及带速,实现提升带式输送机运输能力、简化驱动系统结构、降低运行成本等目的.工程应用后,+860 m水平主运输巷带式输送机运输能力可满足煤炭运输需要,同时设备运行成本及后续维护费用等均有所降低,现场效果显著.
Application of High-voltage Permanent Magnet Direct Drive Integrated Machine in Belt Conveyors
In order to solve the problems of low transport capacity,complex drive system structure,high operating cost and high failure rate of the belt conveyor in+860 m horizontal main transport roadway,the transport capacity improvement scheme was analyzed from the aspects of increasing bandwidth and increasing belt speed,and the drive transformation scheme was determined by comparing and analyzing AC-DC-AC variable frequency drive and high-voltage permanent magnet direct drive integrated machine.It was determined to improve the reliability and speed of the drive system of the belt conveyor in+860 m horizontal main transport roadway by using the high pressure permanent magnet direct drive integrated machine,so as to achieve the purpose of improving the transport capacity of the belt conveyor,simplifying the structure of the drive system and reducing the operating cost.After engineering application,the transport capacity of the belt conveyor in+860 m horizontal main transport roadway can meet the needs of coal transport,while equipment operating costs and subsequent maintenance costs were reduced,and the field effect was remarkable.

belt conveyordrive systemtransport capacitypermanent magnet machine

李彪

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山西王家岭煤业有限公司,山西 忻州 036600

带式输送机 驱动系统 运输能力 永磁电机

2024

能源与节能
山西省能源研究会 山西省节能研究会

能源与节能

影响因子:0.561
ISSN:2095-0802
年,卷(期):2024.(9)