Renewable Energy Manufacturing
Sustainable component fabrication for wind, solar, hydro, and energy storage systems.
ISO 9001:2015
Made in Canada
Years of Experience
Satisfied Customers
Overview
Renewable energy systems demand corrosion-resistant, precision-built components that perform for years in harsh environments. Pearson Manufacturing supports these programs with large-format machining, structural fabrication, coatings, and assembly — fulfilled either at our Ontario facility or through trusted Canadian partners. We coordinate documentation, inspection, and logistics under one QA umbrella so you can execute wind, solar, hydro, and storage projects with confidence.
Quick Specs
| Workstream | Best For | Speed | Notes |
|---|---|---|---|
| Prototype / Pilot | Early hardware, fixtures, small lots | Fast | Quick-turn + DFM feedback; flexible materials |
| Field Hardware | Brackets, hubs, enclosures for testing | Medium | Corrosion protection & torque specs |
| Structural Weldments | Tracker frames, mounts, bases | Medium | Weld maps; post-weld machining on faces |
| Production Units | Repeat components & assemblies | Medium | Stable routing; coating documentation & traceability |
Capabilities We Provide Access To
- CNC machining of turbine hubs, couplers, bearing housings, and shafts
- Precision drilling, tapping, and boring for tracker arms and torque tubes
- Large-format structural fabrication and robotic/manual welding
- Finish machining after weld for critical faces and hole patterns
- Hydro turbine casting coordination and finish machining (by routing)
- Battery enclosure/racking fabrication with sealing and gasketing
- Corrosion-resistant coating and surface prep, masking, and edge sealing
- Inspection packages: CMM/laser scan, coating thickness, torque/fit records
DFM & Standards Tips
- Design for coating: add drain/vent holes for hot-dip galvanizing; specify masking on ground/bearing faces.
- Avoid galvanic couples (e.g., SS fasteners on Al) or specify isolation (washers, coatings).
- Standardize hole sizes/slots for anchor and tracker interfaces; define tolerances on bolt-circle patterns.
- Call out weld categories and access for NDT; include post-weld machining allowance on critical faces.
- For outdoor enclosures, specify gasket groove geometry and target IP/ingress protection level.
- Define corrosion category/environment (e.g., coastal, industrial) to select coating system and thickness.
We’ll review your model/drawing, environment/coating system, weld/test plan, and documentation list, then confirm achievable tolerances and the right routing (in-house or partner) before kickoff.
Why Partner with Pearson?
- Hybrid routing to match envelope, material, and schedule — coordinated under one QA umbrella
- Energy-grade documentation: MTRs, weld maps, coating certs, inspection and torque reports
- Access to large-format machines and environmental testing without multi-vendor wrangling
- Prototype-to-production continuity with stable fixtures and travelers
- Single point of contact handling quoting, logistics, and deliveries
Equipment Used In-House or By Our Partners
- Large-diameter CNC turning centers; multi-axis lathes
- Bridge & gantry mills for oversized parts (by routing)
- Robotic & manual MIG/TIG welding cells; positioners
- Environmental/vibration simulation chambers (by routing)
- Laser scanning, CMM, and portable metrology
- Coating lines: powder, e-coat, anodize, hot-dip galvanize (by routing)
Typical Renewable Applications
- Wind turbine hubs, yaw components, nacelle brackets, and bearing housings
- Solar tracker arms, bearing housings, torque tubes, and base frames
- Hydroelectric blades, wicket gates, cast housings, and covers
- Battery energy storage racks, enclosures, and thermal shields
- Ground-mount structural weldments and foundations hardware
- Weatherproof enclosures and mounts for off-grid equipment
Renewable Energy FAQs
Do you manufacture everything in-house?
Select components are produced at our Ontario facility; others are fulfilled through vetted Canadian partners. We coordinate quoting, QA, coatings, and logistics end-to-end.
Do you work with startups or pilot programs?
Yes — we regularly support clean-tech pilots with prototypes, proof-of-concept builds, and scale-up planning.
Which coatings are available for outdoor use?
Powder coat, anodize, e-coat, galvanizing, and zinc-rich systems — with masking/edge protection and thickness verification per your spec.
What tolerances are realistic on large renewable parts?
Baseline: machined metals ±0.001–0.003″ on critical features; large welded features ±0.005–0.015″ depending on size/process. Tighter limits may be achievable after engineering review.
How should I scope my RFQ?
Share CAD + PDF with GD&T, environment/corrosion category, coating system & color, weld/test plan, documentation list, quantities, and schedule. Start your renewable energy quote — include environment/coating system, weld/test plan, documentation list, and your schedule.
Ready for Precision Renewable Components?
Share your specs or system layouts — we’ll coordinate machining, fabrication, coatings, and assembly for a reliable rollout.
Request a Renewable Energy Quote