Sustainable Foundations for Solar & Green Infrastructure Projects

Renewable energy and sustainable infrastructure demand foundations that are precise, durable, and environmentally responsible. At Screw Pile Installers, we specialize in providing helical pile foundations for solar farms, EV charging stations, greenhouses, wind systems, and eco-friendly developments across British Columbia and Alberta.

Our screw pile systems offer a fast, low-impact alternative to concrete, delivering the strength and precision required for renewable energy structures—while supporting the sustainability goals that define your project.

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(855) 918-7453

Whether you’re building on clay, sand, slopes, or frost-prone terrain, our screw piles provide unmatched stability and faster installation
than traditional concrete footings.

Reliable Foundations for Solar & Green Energy Projects

Helical piles—also known as screw piles—are the foundation of choice for green infrastructure because they combine engineering-grade strength with minimal environmental impact. Unlike traditional foundations, they require no concrete, no curing time, and very little disturbance to soil or vegetation—making them perfect for renewable energy and environmentally sensitive sites.

Every installation is engineered to meet load requirements, site conditions, and environmental standards, ensuring long-term performance, easy installation, and minimal ground disturbance.

WHY CHOOSE US

Why Green Developers Choose Helical Piles

At Screw Pile Installers, our installations support Canada’s transition to cleaner energy—providing long-term reliability and sustainability in every foundation we build.

Eco-Friendly Construction

No concrete, no groundwater contamination, and minimal soil disruption—ideal for environmentally sensitive projects.

Rapid Deployment

Installations are completed in hours, not days—allowing faster timelines for renewable energy deployment.

Precision Engineering

Each pile is installed to exact torque and depth specifications, ensuring stability even in soft or uneven soils.

Durable in All Climates

Galvanized steel resists corrosion, frost heaving, and temperature swings—lasting 75+ years in harsh environments.

Adaptable & Removable

erfect for temporary, mobile, or modular green infrastructure—piles can be removed and reused with no material waste.

Supports ESG & LEED Objectives

A sustainable alternative that aligns with green certification programs and public infrastructure goals.

Our Process

How the Helical Pile Installation Process Works

We combine engineering expertise with environmental sensitivity to deliver efficient, low-impact installations that perform for decades.

[01]

Site Assessment & Engineering Review

We begin by reviewing site drawings, soil conditions, and structural loads to design a custom helical pile system tailored to your renewable energy project.

[03]

Pile Installation

Using hydraulic drive heads, our certified installers screw each pile into the ground to the required torque and depth.

[05]

Mounting & Bracket Installation

After verification, brackets or mounting bases are attached to connect solar racking, charging units, or other structures—providing a level.

[02]

Layout & Precision Marking

Each pile location is mapped and marked according to structural layouts and solar racking geometry—ensuring perfect spacing.

[04]

Load Testing & Quality Assurance

We perform torque and proof load testing on-site to verify performance—ensuring every pile meets or exceeds engineering standards.

[06]

Final Inspection & Cleanup

We complete a full site inspection, verify engineering compliance, and leave the work area clean, level, and ready for construction—often on the same day.

Comparison

Helical Piles vs. Concrete for Green Infrastructure

Feature

Installation time

Environmental impact

Soil disturbance

Reusability

Carbon footprint

Seasonal installation

Ideal for solar

Helical Piles

Hours

Low

Minimal

Yes

Very low

Year-round

Yes

Concrete Foundations

Days (curing required)

High

Weather dependent

Limited

8%

Concrete contributes  to global CO₂

75-100

Years lifespan  (Screw Piles)

30-50

Years before major repairs (Concrete)

100%

Reusable & recyclable (Screw Piles)

Same Day

Ready to build  (Screw Piles)

FAQ

Frequently Asked Questions

Request a Quote

(855) 918-7453

Helical piles provide precise, stable support for racking systems and maintain alignment over time, even in variable soil conditions—without requiring concrete.

Yes. They produce minimal soil disturbance, no carbon-intensive concrete curing, and can be removed and reused with virtually zero environmental impact.

Absolutely. Helical piles perform exceptionally well on slopes, wetlands, and rural areas where soil types vary or access is limited.

Yes. Helical piles are removable and reusable, making them perfect for mobile or test-based solar and wind applications.

Galvanized steel helical piles typically last 75+ years in most conditions, offering unmatched longevity for renewable energy infrastructure.