Electric Drive
How to Achieve Optimal Pump Efficiency Algorithm through Continuous Monitoring
Monitoring Platform
Real-Time Data Monitoring Platform
Through 24/7 monitoring, our applications and operation & maintenance engineers can provide recommendations
with safety as the top priority—protecting reservoir performance, preventing equipment over-extraction, and ensuring smooth operations.
Monitor 11 parameters of the equipment, offering multi-dimensional insights into the operational status.
Remote Operation
Real-Time Synchronized Online Control System
Ensure uninterrupted control of your equipment, streamline workflows, and achieve optimal operational efficiency.
Reduce the number of personnel required on-site and achieve cost savings and enhanced safety through remote operations.
Algorithm Empowerment
Driving Breakthrough Innovation
The core conical screw pump's coaxiality and adjustable gap provide the perfect conditions for algorithmic empowerment.
Algorithm Integration Features
IntelliCPCP@ has achieved the following based on the adjustable gap principle:
Pump Efficiency Optimization
Algorithm determines optimal clearance for maximum efficiency
Pump efficiency follows a parabolic curve as clearance decreases, with an optimal point. The system can make real-time decisions and adjustments, achieving high efficiency limits.
Horizontal Well Applications
Algorithm empowers low-wear extraction in horizontal wells
The algorithm adjusts rod operation using load parameters to prevent excessive buckling or stretching, ensuring minimal wear, supported exclusively by IntelliCPCP hardware.
Sand Blockage Elimination
Monitoring and removal of sand and scale blockages
By sensing parameters, the algorithm sets thresholds for sand and scale removal. The system automatically eliminates blockages throughout the process.
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