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抽水蓄能机组机械制动控制系统设计

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抽水蓄能机组机械制动系统采用气动式制动闸的方式,通过控制进出制动闸上下腔的压缩空气,操作制动闸顶起和落下,实现机组机械制动的投入和退出功能.控制气路主要由电磁换向阀和管路组成,控制电路通过控制电磁换向阀的线圈动作切换阀位气路,进而控制制动闸的投退.控制电路还要保证具有信号闭锁的功能,根据机组运行状态反馈信号,实现机组机械制动系统的自动控制.
Mechanical Braking Control System Design for Pumped Storage Unit
The mechanical braking system of pumped storage units adopts a pneumatic brake system,which controls the compressed air entering and exiting the upper and lower chambers of the brake,and operates the brake to lift and lower,achieving the input and output functions of the unit's mechanical braking.The control air circuit mainly consists of an electromagnetic directional valve and pipelines.The control circuit switches the valve position air circuit by controlling the coil action of the electromagnetic directional valve,thereby controlling the on/off of the brake.The control circuit also needs to ensure the function of signal blocking,and based on the feedback signal of the unit's operating status,achieve automatic control of the unit's mechanical braking system.

pumped storage unitmechanical brakingcontrol design

闫浩、李静

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东方电气自动控制工程有限公司,四川德阳 618000

抽水蓄能机组 机械制动 控制设计

2025

东方电气评论
中国东方电气集团公司,四川省动力工程学会

东方电气评论

影响因子:0.213
ISSN:1001-9006
年,卷(期):2025.39(1)