Fabricating the hardware behind clean power.
GreenCP engineers and manufactures precision metal components for the solar, wind, and energy-storage industries — from first prototype through full production runs, out of our Huntington Beach facility.
One shop, from raw stock to finished assembly.
We keep cutting, forming, welding, and finishing under one roof so tolerances hold and schedules don't slip between vendors.
CNC Machining
Multi-axis milling and turning to ±0.005" on aluminum, stainless, and mild steel components.
TOL. ±0.005"Laser & Plasma Cutting
Sheet and plate cutting up to 1" thick, sized for solar racking, enclosures, and structural brackets.
UP TO 1" PLATEStructural Fabrication
Welded steel assemblies for racking systems, turbine tower internals, and battery enclosures.
AWS D1.1 WELDINGBuilt for teams who can't afford a slipped tolerance.
DFM review before the first cut
Our engineers review every drawing for manufacturability before quoting, catching tolerance and material issues that would otherwise surface on the shop floor.
Traceable, documented builds
First-article inspection, material certs, and dimensional reports ship with every production run — quality processes aligned to ISO 9001.
From ten pieces to ten thousand
The same cell that builds your prototype scales into production tooling, so validated parts don't change when volume goes up.
Domestic manufacturing for the energy transition.
We're a precision metal fabrication shop based in Huntington Beach, California, built specifically around the tolerances, materials, and volumes that solar, wind, and storage hardware demand.
Started on the shop floor, still run from it.
GreenCP was founded by fabricators who saw Southern California's clean-energy developers struggling to find a domestic supplier that understood both precision metalwork and the outdoor duty-cycle of energy infrastructure. We built the shop around that gap — and we still walk the floor every day.
A small welding & fab shop
Opened in Huntington Beach with a focus on custom steel fabrication for local industrial clients.
First solar racking contracts
Added CNC machining and laser cutting to serve utility-scale solar developers entering the region.
Powder coat line & robotic welding
Expanded the facility to add in-house finishing and robotic welding cells for higher-volume runs.
Full-service energy hardware partner
Supporting solar, wind, storage, and EV-charging manufacturers from prototype through production.
Four things every job runs through.
Precision
We hold tolerance because energy hardware doesn't get a second install trip.
Accountability
Every part is traceable to a material cert, an operator, and an inspection record.
Sustainability
We recycle scrap metal, manage coating waste responsibly, and build hardware that keeps clean power online.
Partnership
We treat your drawing set like it's ours — flagging design-for-manufacture issues before they cost you time.
Process discipline, not paperwork for its own sake.
Incoming material inspection, in-process checks, and first-article reporting run on every job — documentation your engineering and procurement teams can actually audit.
38,000 sq. ft. under one roof in Huntington Beach.
- Machining bay — 5-axis & 3-axis CNC mills, CNC lathes
- Cutting bay — fiber laser and CNC plasma, up to 1" plate
- Fab & weld bays — press brakes, robotic and manual MIG/TIG cells
- Finishing line — in-house powder coating and e-coat
- QC lab — CMM inspection and dimensional reporting
Huntington Beach, CA 92649
United States
Six processes. One accountable shop.
From a single laser-cut bracket to a fully welded and coated assembly, every process below runs inside our Huntington Beach facility — no outside vendors in the critical path.
CNC Machining
3- and 5-axis milling, CNC turning. Aluminum, stainless, mild steel, and engineered plastics.
±0.005" TOLERANCELaser & Plasma Cutting
Fiber laser for sheet down to 22-gauge; CNC plasma for structural plate up to 1" thick.
22-GA – 1" PLATEStructural Steel Fabrication
Solar racking arrays, wind turbine tower internals, and battery enclosure frames, built to print.
RACKING · TOWER · ENCLOSUREPrecision Welding
MIG, TIG, and robotic welding cells staffed by AWS D1.1-certified welders for structural steel and aluminum.
MIG · TIG · ROBOTICPowder Coating & Finishing
In-house powder coat and e-coat lines rated for outdoor, UV, and corrosion exposure.
UV & CORROSION RATEDAssembly & Kitting
Sub-assembly, hardware kitting, and just-in-time delivery scheduled around your install calendar.
JIT DELIVERYBuilt around clean-energy duty cycles.
Hardware running in the field, not just on paper.
A sample of the program types we support — from racking components shipped by the pallet to low-volume prototype runs for equipment still in development.
Racking Bracket Production Program
Ongoing laser-cutting and forming program supplying structural brackets for ground-mount solar racking systems, delivered on a rolling monthly schedule.
Turbine Tower Internal Components
Precision-welded platforms, ladders, and cable-management brackets fabricated to structural steel drawings for tower internals.
Enclosure & Frame Fabrication
Welded steel enclosure frames and mounting hardware for containerized battery energy storage systems, powder-coated for outdoor duty.
Charging Station Structural Housings
CNC-machined and laser-cut structural housings and mounting bases for commercial EV charging equipment manufacturers.
Consultation & DFM Review
We review your drawings, flag manufacturability issues, and confirm materials and tolerances.
Prototyping
First-article parts are cut, machined, and inspected before committing to production tooling.
Production Run
Approved parts move into scheduled production, scaled to your delivery calendar.
QC & Delivery
Dimensional reports and material certs ship with every crate, kitted and JIT-scheduled.
Tell us what you're building.
Send drawings, specs, or just a rough sketch of the problem — we'll follow up with questions and a quote.
Huntington Beach, CA 92649