CAJ | 학술논문

分析了永磁传动技术在抽油机系统中应用的节能效果，首先阐述了永磁传动器系统构造与工作原理，根据其安装前后所采集的抽油机系统的生产参数对电机的转差率进行叠加并绘出其转矩特性曲线，分析悬点载荷和曲柄轴的运动规律，并研究抽油机系统的光杆功率和有功功率的变化特点，数据比对与分析结果表明，永磁传动器改善了抽油系统的动力性能，减少载荷和扭矩波动，降低了抽油机的驱动电机的装机功率，从理论分析和试验结果两方面证实了永磁传动技术在抽油机系统应用中的节能效果。
분석료영자전동기술재추유궤계통중응용적절능효과，수선천술료영자전동기계통구조여공작원리，근거기안장전후소채집적추유궤계통적생산삼수대전궤적전차솔진행첩가병회출기전구특성곡선，분석현점재하화곡병축적운동규률，병연구추유궤계통적광간공솔화유공공솔적변화특점，수거비대여분석결과표명，영자전동기개선료추유계통적동력성능，감소재하화뉴구파동，강저료추유궤적구동전궤적장궤공솔，종이론분석화시험결과량방면증실료영자전동기술재추유궤계통응용중적절능효과。
T he purpose of this article is to analyze the energy saving of drive technology for permanent magnet in the application of pumping systems . The system structure and working principle of permanent magnetic actuator are studied .According to the production parameters of pumping system collected before and after installation , the superimposed slip torque characteristic curve for the motor is drawn .The researchers also analyze the movement of rod load and the crank shaft ,study the changes for rod power and active power of pumping system and conduct the data comparison and analysis .Results show that the magnet actuator improves the dynamic performance of pumping system ,decreases the fluctuations of load and torque ,and reduces the installed power of drag motor .Theoretical analysis matches the experimental results , w hich confirms that applying the drive technology for permanent magnet in pumping system has a good energy saving effect .