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# Pump Station Installation in West Texas: Costs, Equipment, and What to Expect
Pro-Tech Irrigation has been installing and servicing pump stations across the Texas High Plains for over 25 years. Whether you are putting in a new center pivot system, upgrading an aging turbine pump, or converting to a VFD-driven setup to reduce energy costs, this guide covers what pump station installation involves in Lubbock, Hale, Lamb, and the surrounding counties, what it costs, and how to plan the project around your growing season.
What a Farm Pump Station Includes
A pump station is more than the pump itself. A complete agricultural pump station in West Texas typically consists of:
- • Submersible or turbine pump -- sized to match your well capacity, total dynamic head, and system flow requirements
- • Motor -- electric (most common on the High Plains) or diesel for locations without three-phase power
- • Discharge head and column pipe -- connecting the pump to the surface piping
- • Control panel -- starter, overload protection, phase monitoring, and pump protection relays
- • VFD (variable frequency drive) -- increasingly standard for energy savings and pump protection
- • Pressure regulation -- maintaining consistent PSI to the pivot or drip system
- • Check valve and flow meter -- preventing backflow and measuring water output for EQIP compliance and water district reporting
Pump Station Costs on the Texas High Plains
Pump station costs vary based on well depth, flow requirements, motor type, and whether you are installing new or replacing existing equipment. Here are realistic ranges for the Lubbock area in 2026:
| Component | Cost Range | |---|---| | Submersible pump (75 -- 150 HP) | $15,000 -- $35,000 | | Turbine pump (75 -- 150 HP) | $18,000 -- $40,000 | | Electric motor (75 -- 150 HP) | $5,000 -- $15,000 | | VFD (variable frequency drive) | $8,000 -- $20,000 | | Control panel and wiring | $3,000 -- $8,000 | | Column pipe and discharge head | $3,000 -- $10,000 | | Concrete pad and piping | $2,000 -- $5,000 | | Installation labor | $5,000 -- $12,000 | | Total (new installation) | $45,000 -- $120,000 | | Total (pump replacement only) | $20,000 -- $50,000 |
What Drives the Cost
Well depth: The Ogallala Aquifer sits at different depths across the High Plains. A well at 200 feet in Hale County requires less column pipe and a smaller motor than a 400-foot well in Dawson County. Deeper wells mean more horsepower, more pipe, and higher installation costs.
Flow rate requirements: A quarter-section center pivot running 800 GPM requires a different pump than a half-section drip system pushing 400 GPM at higher pressure. The flow-to-pressure relationship determines pump selection and motor sizing.
Power availability: Three-phase electric power is available across most of the Lubbock and Plainview corridors. More remote locations in Bailey, Terry, or Lynn counties may require a diesel engine or a phase converter, which adds $5,000 to $15,000.
VFD vs. across-the-line start: A VFD adds $8,000 to $20,000 upfront but typically pays for itself within two to four years through reduced energy consumption, softer motor starts (extending motor life), and the ability to match pump output to actual water demand. For High Plains operations drawing from a declining aquifer, VFD systems also reduce stress on wells that are producing less water than they did a decade ago.
VFD Pump Systems: Why They Matter on the High Plains
Variable frequency drives have become the standard for new pump stations across West Texas. Here is why:
Energy savings: A VFD allows the pump to run at the speed needed rather than full speed all the time. When your well is producing 600 GPM instead of its rated 800 GPM, the VFD slows the motor to match. Since energy consumption drops with the cube of speed reduction, even a 15 percent reduction in RPM cuts energy use by roughly 40 percent.
Well protection: Many Ogallala wells across Lubbock, Hale, and Lamb counties are declining in both static water level and specific capacity. A VFD prevents the pump from outrunning the well by automatically adjusting speed when water levels drop. This prevents cavitation, sand production, and premature pump failure.
Soft starts: An across-the-line motor start on a 100 HP pump can draw 600 to 700 percent of full-load amps. This hammers the electrical system and creates water hammer in the piping. A VFD ramps the motor up gradually, eliminating both problems.
EQIP eligibility: VFD installations qualify for EQIP cost-share through the NRCS. Depending on the practice and your county's funding allocation, you may recover 50 to 75 percent of the VFD cost. Pro-Tech Irrigation can help you with the application process -- we have guided producers across the High Plains through EQIP approvals for pump and pivot upgrades.
The Installation Process
A pump station installation on the Texas High Plains follows a specific sequence tied to well conditions, equipment lead times, and the growing season:
Step 1: Well evaluation. Before specifying any equipment, we pull the well's production data -- static water level, pumping water level, specific capacity, and water quality. If the well has not been tested recently, we recommend a pump test to establish current performance. This prevents oversizing or undersizing the pump.
Step 2: System design. Based on the well data and your irrigation system requirements (pivot, drip, or flood), we spec the pump, motor, VFD, and controls. We match the pump curve to the system curve to ensure the equipment runs at or near its best efficiency point. For operations in Crosby or Floyd counties where well yields have dropped significantly, right-sizing the pump to current production is critical.
Step 3: Equipment procurement. Pump and motor lead times in 2026 are running four to eight weeks for standard configurations. VFDs and control panels are typically in stock or available within two to three weeks. We coordinate delivery timing so everything arrives together and installation can proceed without delays.
Step 4: Installation. Our crew handles pump setting, motor mounting, piping, electrical connections, VFD programming, and control panel wiring. A straightforward pump replacement takes one to two days. A full new installation with concrete pad, piping, and electrical service takes three to five days.
Step 5: Startup and testing. We run the system through a full startup sequence -- checking rotation, flow rate, pressure, amp draw, and VFD parameters. We verify the pump is operating on its curve and adjust VFD settings as needed. You receive a complete documentation package with equipment specs, warranty information, and recommended service intervals.
Timing Your Pump Station Project
On the Texas High Plains, the irrigation season runs roughly from May through September. The best time to install or replace a pump station is during the off-season -- November through March -- when crews are available, equipment lead times are shorter, and you are not losing irrigation days during critical crop stages.
If you are planning a new pivot installation for the 2026 growing season, the pump station should be ordered and installation scheduled by mid-March to have everything running by late April. Pre-season is also the right time to apply for EQIP cost-share if you have not already.
For emergency pump failures during the growing season, we maintain relationships with suppliers who can expedite equipment. A pump replacement during the season typically takes three to five days from call to operational.
Frequently Asked Questions
How long does a farm pump station last? A properly installed submersible pump typically lasts 10 to 15 years in West Texas conditions. Turbine pumps can last longer (15 to 20 years) since the motor is above ground and serviceable. VFDs and control panels have a 15 to 20 year lifespan with proper maintenance. Sand and declining water levels are the two biggest factors that shorten equipment life on the High Plains.
Can I add a VFD to my existing pump station? In most cases, yes. Retrofitting a VFD to an existing motor requires matching the VFD to the motor's HP, voltage, and phase configuration. We also evaluate whether the existing wiring, disconnect, and transformer can support VFD operation. Most retrofits take one to two days.
What size pump do I need for a center pivot? That depends on pivot length, nozzle package, desired application rate, and well capacity. A standard quarter-section pivot (1,280 feet) typically requires 600 to 900 GPM at 40 to 60 PSI, which translates to 75 to 125 HP depending on total dynamic head. We size every pump to the specific well and system rather than using generic rules of thumb.
Does Pro-Tech Irrigation work with all pump brands? Yes. We install and service pumps from all major manufacturers. As a certified T-L Irrigation dealer, we have specific expertise in systems designed for T-L pivot compatibility, but we work with whatever equipment best fits your operation.
What areas do you serve? We serve the Texas High Plains including Lubbock, Hale, Lamb, Dawson, Terry, Lynn, Bailey, Floyd, and Crosby counties. We also work in parts of Oklahoma and New Mexico for larger projects.
Get Your Pump Station Quote
Whether you need a complete new pump station for a pivot installation or a pump replacement on an existing system, Pro-Tech Irrigation has the experience and equipment knowledge to get it done right. We have been working with High Plains producers for over 25 years.
Call (214) 264-4793 or Contact Us to schedule a well evaluation and pump station consultation.
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