Supply and demand balance control of electrical submersible linear motor for offshore oil exploitation

Abstract A supply and demand balance control method for an electrical submersible linear motor utilised in offshore oil exploitation is proposed this study. The permanent magnet replaced by based on switched reluctance motor. sensorless further enhances the stability of system. Meanwhile, a to maintain fullness plunger pump within ideal range. An established speed function allows dynamically alter response change deliverability increasing system's production. Additionally, maintaining range helps simplify model increase computation accuracy. Finally, validated compared with intermittent simulations experiments. Results from experiments indicate that can production system addition causing follow changes adjust speed.