Embedded Control Core For Electric Frac Pumping Systems

Discover The Projects

Multi-megawatt electric frac pumps operate in conditions that punish control systems: sustained vibration, dirty power, and temperature extremes from desert to winter operations. A control fault at these power levels can destroy equipment or injure operators. The customer needed an embedded control architecture that was genuinely reliable in the field, not just on the bench.

Good Automation designed the control core on NI CompactRIO with deterministic timing, structured state machines for fault detection and safe shutdown, and sensor fusion across pressure, flow, temperature, and vibration channels. Clean APIs connect each pump to fleet-level supervisory control, enabling coordinated operation across dozens of units without sacrificing per-unit autonomy or safety response time.

Flagship electronic fracking pump fleet embedded control system

Supported and upgraded the embedded control system for the client's flagship electronic fracking (E-frac) pump truck fleet.

Test cell building scrubber and cooling stack automation

Designed and implemented building automation systems for a test cell building, automating scrubber and cooling stack with centralized monitoring and control of facility infrastructure.

Test system capability addition for oil field services prime

Oilfield test system on-site diagnostics and troubleshooting

Test cell sensor integration and data acquisition automation

Automated sensor integration and data acquisition for test cell systems at the Carrollton facility.

Oilfield test infrastructure Windows 10 OS migration

Trusted by

Medtronic GD Energy Products Bell Helicopter Johnson & Johnson GE Healthcare Halliburton Shell Stryker Alcon Abbott Qorvo Qualcomm Keysight Technologies National Instruments MIT Oak Ridge National Lab Ethicon Bridgestone IBM U.S. Department of Energy Georgia Tech Stanford University University of Texas at Austin Verb Surgical Berkeley Lab Pacific Northwest Lab Hewlett Packard Enterprise Gardner Denver Lockheed Martin

Project Highlights

  • Flagship e-frac control platform for a Fortune 500 oilfield services company, deployed across their primary electric frac fleet.
  • Multi-year engagement spanning initial development through field deployment and iterative refinement, designed for harsh-environment reliability from day one.
  • Architecture scaled from single-pump validation to coordinated fleet operation, proving the embedded control core across vibration, thermal, and electrical stress conditions in the field.