Specialized oil extraction functionality
The AT27 VFD ED ESP is equipped with specialized functions tailored for the oil extraction industry, including the processing of telemetry data from downhole units for real-time monitoring and optimal performance. The system also includes algorithms such as Gas Plug Removal and the Wedging Algorithm (Jogging and Swing modes) to prevent accidents, maintain nominal operation, and restart wedged pumps.
HOpCoD™ non-stop operation reliability
The proprietary Triol Bypass HOpCoD™ (High-Operated Commutation Device) system ensures continuous drive operation even in the event of a total power cell failure. This technology safely handles faults with an extremely fast response time of less than 4 milliseconds (<4 ms), ensuring uninterrupted production.
<4 ms
Integrated sine wave filter for ESP lifespan
The VFD's architecture delivers a "pure sine" output voltage and current, with high quality output harmonics (THDu ≤5% / THDi ≤2%). The inclusion of a Sine Wave Filter specifically prevents dangerous overvoltages at the cable end on long cable lines, mitigating accelerated insulation aging and reducing the risk of premature Electric Submersible Pump (ESP) failures.
High efficiency
The drive achieves a high VFD efficiency of not less than 97%. It features a high input power factor of ≥0.96, which, combined with the multi-pulse rectifier design, ensures the VFD is compliant with IEEE 519 standards without requiring external power factor correction capacitors or additional input filters.
IEEE 519 compliance
Advanced motor control versatility
The AT27 VFD ED ESP supports advanced vector control algorithms for both asynchronous motors (AD) and permanent magnet synchronous motors (PMM). This flexibility allows operators to standardize their systems across various motor types used in electric submersible pump (ESP) applications.
