DRIVE TECHNOLOGY
Switched Reluctance Drive. Engineered into the whole field.
SRD is one technology within the ZLSS portfolio. Its suitability depends on the load profile, existing equipment, controls and project economics.
An engineering option. Part of a larger system.
Potential advantages are subject to well conditions and engineering validation. Assess torque ripple, acoustic behavior, thermal performance, power quality, hazardous-area requirements and lifecycle cost before selection.
Assess Existing Wells ↗ENGINEERING SCOPE
- Potential high starting torque and wide-speed operation
- Energy efficiency and controllability
- Simplified drive architecture and reliability
- Reduced maintenance and digital-control integration
Validate the system, not just the motor.
Evaluate compatibility with existing artificial lift, electrical supply and protection systems. Compare measured duty cycles, operating range, reliability requirements and maintenance access. No universal production increase or energy saving is assumed.
MEASUREMENT & VERIFICATION
Prove the difference.
Then scale it.
A verified baseline separates actual improvement from changes in well conditions, operating hours and external factors.
Agree on metering, data quality, attribution, the evaluation period and normalization before deployment. Track uncertainty and reconcile results jointly.
BASELINE / BEFORE
Production · bbl/day
Electricity · kWh/day
Downtime · hours
Workovers · count
Lifting cost · per barrel
Carbon intensity · CO₂e/barrel
VERIFIED / AFTER
Production uplift
Energy reduction
Avoided downtime
Maintenance improvement
Incremental cash value
Carbon-intensity improvement
THE NEXT STEP IS AN EVALUATION
Before the next major CAPEX decision, start with your existing wells.
Tell Us About Your Field ↗Start small. Measure carefully. Scale when the economics are demonstrated.