Industry
Wind & Solar Civil Construction
Texas leads the country in wind generation and keeps adding solar at scale — and every megawatt sits on civil work. Renewable EPC contractors, balance-of-plant teams, and project developers hire TerraTek for the ground scope those projects run on: access and array roads, crane pads and laydown yards, site grading, collection-system trenching, and the drainage and erosion controls that keep a multi-thousand-acre site compliant.
Our base in San Angelo puts us inside the wind corridor and within striking distance of the solar build-out across West Texas, so remote mobilization is our normal condition, not an exception priced into the bid.
What Wind & Solar Projects Demand From a Civil Contractor
Renewable construction is a production line, not a building site. Turbine erection and module installation move through the project in sequence — strings, phases, crane walks — and the civil contractor's job is to stay ahead of that sequence everywhere at once. A wind site may need a rolling front of roads and crane pads finished in erection order; a solar site needs grading, roads, and trenching released block by block so racking and stringing crews never idle. A civil contractor who works one front at a time becomes the project's pacing item within a month.
The sites themselves add the second layer of difficulty. Renewable projects sit on remote ranchland measured in sections, not acres: long hauls from the nearest materials source, water for compaction and dust control that has to be planned rather than assumed, and weather exposure across huge disturbed areas.
Then come the frameworks. EPC contracts push schedule risk downward, so civil subcontractors are held to milestone dates with real teeth. Crane paths and pads must meet the erection contractor's bearing and grade requirements, roads must carry loads far past county standards, and stormwater compliance across a footprint that size is a daily documentation discipline, not a sign at the gate. Landowner agreements overlay all of it — gates, livestock, access windows, and restoration commitments that crews have to respect on every pass. This is the environment TerraTek's fronts-based planning is built for.
Civil Scopes We Deliver for Wind & Solar
The six scopes below cover most balance-of-plant civil packages, for a single phase or a full project.
Access & Array Roads
Miles of road built to carry crane and component loads — often the largest civil quantity on a wind site. Alignment, geometry, and surfacing follow the transport and erection plan, and roads are maintained through the traffic that construction throws at them.
Crane Pads, Laydown & Turbine Foundation Support
Crane pads built to the erection contractor's bearing and level tolerances, laydown yards sized for component staging, and excavation, backfill, and grading support around turbine foundations built to the foundation engineer's design.
Site Grading & Earthwork
Solar-block grading held to the racking system's slope tolerances and wind-site grading across broken ranch terrain — cut and fill planned so haul distances, drainage, and disturbance limits all stay inside the project's constraints.
Collection Trenching & Conduit
Trenching, bedding, and backfill for collection circuits and communications runs at the depths and separations the electrical design requires — sequenced with the cable contractor so open trench never sits exposed longer than it must.
Soil Stabilization
Lime treatment where native soils will not carry crane loads or hold a road section — an engineered alternative to importing base material across a remote site, priced against haul length rather than habit.
Erosion & Drainage Control
SWPPP installation and maintenance, low-water crossings, diversion and letdown structures, and the restoration grading that closes out disturbed areas — the compliance record that follows the project to the end of its permit.
How TerraTek Fits Your Project Team
On most renewable projects we work as the civil subcontractor to the EPC or balance-of-plant contractor: we take the civil package, break it into fronts that mirror your erection or installation sequence, and report progress against the milestones your contract actually measures. Developers also engage us directly for early works — access, laydown, and site preparation that de-risk the schedule before the EPC mobilizes — and owners bring us back after commercial operation for road maintenance, drainage repairs, and civil work around repowering.
Whatever the structure, sequencing is agreed against the master schedule before we mobilize, changes in the field are surfaced the day they appear with options attached, and every handoff — a crane pad, a graded block, a closed trench — is verified against the specification before the next contractor builds on it.
Wind & Solar Civil FAQ
Do you work on wind projects, solar projects, or both?
Both, and the civil logic is more shared than different. Wind sites are road-and-pad projects: long access alignments, crane paths, and pads spread across ranch country. Solar sites are grading-and-trenching projects: large blocks held to racking tolerances with collection trenching threaded through them. TerraTek prices and plans either as a system of fronts keyed to your installation sequence — and hybrid projects that add storage yards or substation pads fold into the same package. See the energy infrastructure overview for how these scopes connect.
What do crane paths and pads require beyond normal roads?
Bearing capacity and geometry that ordinary site roads never see. Crane walks and pads are designed around the erection contractor's equipment: ground bearing pressures, turning radii, grades held within tight tolerances, and compaction that proof-rolls clean under some of the heaviest wheeled and tracked loads in construction. We build to the erection plan's stated requirements, coordinate proof-rolls and density testing at the specified points, and maintain the surfaces through component deliveries — because a pad that was fine in April has to still be fine when the crane arrives in August.
Who engineers and tests turbine foundations and electrical systems?
Not us, and that boundary protects the project. Turbine foundations are designed by the foundation engineer and built and tested under the EPC's structural program; collection and substation electrical work belongs to the electrical contractor; geotechnical and materials testing sits with the project's independent testing firm. TerraTek delivers the civil scope around those elements — excavation and backfill support, pads, roads, grading, trenching, and drainage — built to the issued drawings and verified by the project's testing before anyone builds on top of it.
Where in Texas do you support renewable projects?
Statewide, with home-field advantage in the west. San Angelo sits inside the wind corridor that runs through Sweetwater and Abilene, and within reach of the solar development spreading through Big Spring and the wider Permian country. That geography means shorter mobilizations, familiar soils and weather patterns, and crews accustomed to the ranchland conditions renewable sites actually present.
How do we get a balance-of-plant civil bid from TerraTek?
Send the civil quantities, plan set, or IFB package through the contact page. We review the documents against the erection or installation sequence, flag quantity or access issues we see, and return pricing broken out by scope and phase so your commercial team can level it cleanly. If the project is still in development, send the layout and we will help frame the civil budget before the EPC package is even assembled.
Civil Scope for a Wind or Solar Project?
Send the civil quantities or plan set. We will respond with how TerraTek keeps the civil front ahead of your erection schedule.