Oilfield power · Texas

Five to ten kilowatts, and the pumpjack runs without a power line.

Off-grid solar and storage sized for artificial lift on remote wells — where extending distribution costs more than the well produces, and a diesel genset means fuel runs and failures nobody is on site to catch.

The problem this solves

The well is not the constraint. The power to it is.

A stripper or marginal well on the edge of a field often sits miles from the nearest distribution line. Extending three-phase to it can cost more than the remaining reserves justify. The default answer has been a small diesel or propane genset — which means scheduled fuel runs, unscheduled failures, and a truck roll every time it quits.

A properly sized solar-plus-storage package removes the fuel logistics and the line extension from the equation. The system runs the pump on its own schedule, stores what it needs to ride through the night and the weather, and reports its own status.

We are implementing this in Texas, in the range of 5 to 10 kW per site, sized against the actual duty cycle of the lift — not a catalogue number.

What a site package includes

  • Duty-cycle survey of the lift: motor rating, run time, starting load
  • Array sized against local irradiance and the pump's real consumption
  • Battery sized for night operation and weather autonomy
  • Controls, soft start and motor protection
  • Mounting engineered for wind loading and site access
  • Remote monitoring and alarm
  • Optional hybrid with the existing genset as backup

Where it fits

Good candidates, and bad ones

Worth studying

  • Wells far from three-phase distribution
  • Sites currently on diesel or propane gensets
  • Pumping units with modest, predictable duty cycles
  • Operators with many marginal wells across a wide area
  • Sites where a truck roll costs more than the fuel

Probably not

  • High-horsepower lift with continuous heavy load
  • Sites already served by reliable three-phase
  • Wells with a short remaining life
  • Locations where security risk to unattended equipment is high

We would rather tell you a site is a poor fit than sell you a system that underperforms and becomes an argument later.

Honest framing

What we will and will not promise

We will give you a sized system, an expected generation profile for the location, and an honest view of the days per year when the battery is likely to be the limiting factor. We will not promise a payback period, guaranteed savings or that the system eliminates your power costs — those depend on your production, your tariffs and your operating decisions, and anyone who promises them is guessing.

Talk to engineering

One site first, then the field

The right way into this is a single site instrumented properly, so the second one is priced on data instead of assumption. If it works on your worst well, it works on the rest.

  • Systems sized on measured duty cycle, not catalogue figures
  • Remote monitoring so failures are known before the truck rolls
  • Hybrid with existing gensets where that is the honest answer
  • Engineering by the same team that builds utility-scale storage

+1 (212) 220-8594
supply.solutions@oneenergyamerica.com
One World Trade Center, 85th Floor, New York, NY 10007

Tell us about the well site

Location, lift type and how it is powered today.

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One Energy Group

The group

One Energy Group

An energy engineering company with its own operations in the United States, Canada and Brazil — with Portugal on the way. Same technical team, same execution standards, adapted to each market.

BrazilSão PauloStorage, solar EPC, retrofit and data centresCanadaCalgary, AlbertaSolar, BESS and cold-climate microgrids
United StatesNew YorkStorage, EPC, crews and oilfield powerYou are here
PortugalLisbonOperation being set upComing soon