Industry · Renewable Energy

Solar. Wind.
Battery storage.
EV charging.

CNC manufacturing for renewable energy industry. Solar tracking hardware, wind turbine components, battery energy storage systems, EV charging infrastructure. Supporting global energy transition — solar developers, wind OEMs, battery manufacturers, charging networks.

Renewable Energy Quote EV manufacturing

Solar + wind + BESS Galvanized steel Weather-sealed Large structural

01 · Renewable sectors

Renewable energy applications.

Renewable energy spans multiple sectors — each with distinct components, scales, and manufacturing requirements.

Solar tracking hardware

Galvanized steel · Al

Single-axis and dual-axis solar tracker components. Motor drives, bearing housings, structural brackets.

Solar mounting

Aluminum extruded + CNC

Ground-mount and roof-mount solar array hardware. Custom brackets, rail hardware, cable management.

Wind turbine components

4140 · 316L

Wind turbine internals — pitch and yaw system components, bearing hardware, sensor mounts.

Offshore wind

Duplex 2205 · Al

Offshore wind farm hardware — marine-grade materials for saltwater service.

Battery pack enclosures

5083 Al · welded

Large-format battery pack enclosures for energy storage systems — 100 kWh to multi-MWh.

Battery busbars

C110 Cu · silver plated

High-current battery pack interconnects. Copper busbars with precision CNC features.

EV charging stations

5052 Al · IP66

Public EV charging station enclosures. CCS, CHAdeMO, Tesla interface hardware.

BESS hardware

Al · integrated cooling

Battery energy storage system components — rack hardware, cooling integration, fire protection.

Hydrogen electrolyzer

316L · titanium

Green hydrogen production equipment — PEM electrolyzer components, alkaline systems.

02 · Renewable customers

Renewable customers we serve.

Solar tracker manufacturers

Nextracker, Array, GameChange, FTC supply chain — solar tracking hardware

Wind turbine OEMs

Vestas, GE Renewables, Siemens Gamesa Tier-2/3 supply chain

Battery manufacturers

CATL, LG Energy, Tesla battery pack assembly components

Battery storage integrators

Fluence, Wartsila, Powin battery storage system hardware

Solar inverter

SolarEdge, Enphase, SMA inverter component manufacturers

EV charging networks

ChargePoint, EVgo, Electrify America, Tesla Supercharger hardware

Offshore wind

Offshore wind developers and turbine manufacturers

Hydrogen electrolysis

Nel, ITM Power, PlugPower electrolyzer component manufacturers

Solar developers

Utility-scale solar project developers needing custom hardware

FAQ

Renewable Energy questions.

Renewable hardware typically 20-25 year service life outdoors. Requirements: UV-stable materials and coatings, galvanized steel or stainless for structural, anodized or powder-coated aluminum for cosmetic, sealed bearings for motion hardware, IP67+ electrical enclosures. We specify appropriate materials and finishes during DFM review for specific climate and service conditions.

Renewable energy is high-volume: solar trackers ship in thousands of units per project. Wind turbines: hundreds of units per farm, multiple components per turbine. EV charging networks: thousands of stations annually. Battery storage: hundreds of pack-scale enclosures per project. We support production volumes from pilot scale (100 units) to mass production (10,000+ annually).

Single-axis trackers: horizontal torque tube with rotating hardware, drive motor housings, bearing support brackets. Dual-axis: additional tilt mechanism. Key requirements: galvanized steel for corrosion, precision bearing fits for smooth motion, electrical compatibility with tracker control systems. We work with solar tracker manufacturers on production-scale CNC components.

Battery energy storage scales from: behind-the-meter residential (10-20 kWh), commercial/industrial (100 kWh - 1 MWh), utility grid-scale (10-100+ MWh). Different scales have different manufacturing requirements. Our capability: commercial and grid-scale pack enclosure manufacturing. Modular rack hardware supporting scalable deployment. Collaboration with battery integrators on production-ready hardware.

Green hydrogen production via electrolysis requires specialized materials. PEM electrolyzers: titanium bipolar plates, platinum catalyst layers, perfluorosulfonic acid membranes. Alkaline electrolyzers: nickel-based materials, alkaline-resistant coatings. We support electrolyzer component manufacturing with appropriate materials. As hydrogen economy scales, this will grow.

Solar and wind project components: 4-8 weeks standard, 2-3 weeks rush for urgent production. EV charging infrastructure: 6-10 weeks. Battery storage enclosures: 8-16 weeks for large welded assemblies. Renewable programs typically plan 6-12 months ahead — we fit into planned production schedules. For rapid scale-ups (like EV charging network expansions), rush capacity available.