SPOC Automation

SPOC Oil and Gas

Our technology provides industry-leading automation for both the upstream and midstream segments of the oil & gas industry.

SPOC GRID Inverter Technologies

SPOC GRID Inverter Technologies

Our inverter technology balances power supply and demand for hybrid energy systems in grid-connected, off-grid, island and marine systems

SPOC SCADA

SPOC SCADA

Our SCADA technology collects actionable data giving operators a clear vision of overall production from any internet-connected device.

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Blog

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These Numbers Don’t Lie

To control a motor of 1,000HP or less, 480V VFDs are equally as effective as their medium- voltage counterparts. AND they’re also much less expensive to purchase and operate.

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The Pains of 12-Pulse Technology

Have you ever paid lots of money for a product that failed to perform? Perhaps you bought a carpet cleaner that left stains? Or a sleeping pill that kept you awake? How about a weight-loss miracle that actually added pounds?

Image April 17, 2017 | SPOC Automation

What are harmonics and why do they matter?

Electrical harmonics are a big problem in the oilfield. Every device connected to the grid is susceptible to harmonic interference and low power quality. Worse, harmonic distortions do not discriminate between residential and industrial users.

Image August 18, 2016 | SPOC Automation

SPOC Saves Producer $17 Million on Oilfield Project

In today’s cost-sensitive environment, it is more important than ever to improve your field’s efficiency and look at the overall economics.  By using SPOC drives, a project originally budgeted at $25 million comes in around $8 million. Is saving $17 million on a project possible by using SPOC drives? Watch the video and see how the results speak for themselves. 


Image October 22, 2015 | SPOC Automation

Why should you care about harmonics?

Harmonics are a harmful condition that can occur in electrical environments. Ideally, electricity is delivered at a set and sustained frequency—typically 60Hz in the US. Realistically, disturbances and distortions occur that add frequencies to the electricity. Harmonics are propagated both downstream to equipment and upstream into the power grid. The effect on the grid depends on the severity of the harmonic distortion and the size of the total energy pool.