Spare parts, refurbished components, consumables and critical spares, matched to independent parts suppliers across Australia.
Request a QuoteMatched to vetted providers in your state. No cost, no obligation.
Keeping an Australian wind fleet available depends on getting the right part to site fast. We match wind farm owners, asset managers and maintenance providers to independent parts suppliers and remanufacturers who cover everything from consumables to forged structural components.
Whether you need a pallet of filters and grease, a remanufactured gearbox, a converter board for a legacy machine or a critical spares package held on call, we route your enquiry to suppliers who stock or can make the parts for your turbine platform.
Tell us the make, model and parts list once. Vetted suppliers respond with availability, lead times and pricing, and there is no cost or obligation to owners and asset managers.
Tell us the turbine platform and the parts you need. We match your enquiry to independent parts suppliers and remanufacturers who cover your machines and can meet your lead times.
Your enquiry is sent to vetted service partners who may contact you directly. We never charge owners or asset managers.
Global Wind Organisation trained crews across the network.
Partners aligned with CEC codes of conduct.
Out-of-warranty support for major OEM platforms.
HV tickets, rope access (IRATA) and heavy-lift credentials.
A turbine does not care how good your crew is if the part is three months away. Parts strategy is what separates a day of lost generation from a week of it.
Australia's installed wind capacity has passed 11 GW and the average machine age keeps rising. As fleets move out of original equipment manufacturer (OEM) warranty, owners take control of their own supply chain, and the quality of that supply chain decides availability. We are a sourcing service: we match your parts enquiry to independent suppliers, remanufacturers and forging houses who cover your platform, so you compare real lead times and pricing rather than accepting whatever the OEM quotes. Every part we route is supplied by a third party who contacts you directly.
The core of the service is straightforward: you send a parts list and we match suppliers who stock it or can get it. That spans mechanical spares such as bearings, seals, couplings, brake pads and hydraulic parts, electrical spares such as slip rings, sensors, cabling and switchgear, and the thousands of smaller line items that never appear in a brochure but stop a turbine when they fail. Suppliers in our network cross-reference by OEM part number and by platform, so you do not need the exact catalogue code to get a match.
Consumables are the highest-volume, lowest-drama part of any O&M programme, and the easiest to get wrong on lead time. Oil for gearbox and hydraulic systems, grease for pitch and yaw bearings, air, oil and water filters, desiccant, cleaning products and the structural and flange bolts replaced at each service: these move in bulk and benefit from being ordered against a standing schedule. We match suppliers who hold the right oil grades and filter specifications for your platform so a planned service is never held up waiting on a drum of gear oil. This work sits alongside the suppliers who support scheduled maintenance across the network.
Not every major component needs to be new. Refurbished and remanufactured gearboxes, generators, converters, main bearings and pitch drives are a mature market, and for many owners they are the sensible choice: a remanufactured unit typically costs a fraction of new and ships far sooner, because it is built from a core that has already been cast, forged and machined. Each unit is stripped, inspected, rebuilt to a defined specification and test-run, then supplied with test reports and a warranty from the remanufacturer.
Remanufacture pairs naturally with exchange programmes: your failed unit becomes the next core, which lowers the price further. Where the failure sits in the drivetrain, the same suppliers often support the physical swap through our gearbox, generator and drivetrain repair providers, so the part and the labour are matched together rather than sourced in isolation.
A critical spares strategy is the difference between a planned outage and an open-ended one. The logic is simple: hold the parts whose failure stops a turbine and whose lead time is long, so the part is on the shelf before you need it. For most Australian fleets that list includes main bearings, pitch cylinders or drives, converter modules, control boards and yaw motors. We match suppliers who will build and hold a critical spares package for your fleet, and in many cases store it as call-off stock so you carry readiness without carrying the full working-capital cost on your own balance sheet. For owners running lean asset teams in South Australia or remote Western Australia, where a part can be a long haul from the nearest port, parts readiness is often the single highest-leverage decision in the O&M budget.
Where parts are held, how they are preserved and how fast they move all matter. Large castings and bearings need controlled storage and preservation to avoid corrosion and brinelling on the shelf. Suppliers in our network offer bonded and temperature-controlled storage, stock rotation, and freight coordination into regional and remote sites, including the oversize transport that a main shaft or blade spar demands. Clear lead times, published and honoured, are what let an asset manager plan a campaign with confidence.
The hardest parts to find are the ones nobody makes any more. When an OEM withdraws support, or the OEM no longer exists, owners of legacy platforms such as Senvion and Suzlon face discontinued part numbers and no catalogue. This is where specialist suppliers earn their place: holding obsolete inventory, reverse-engineering discontinued components to the original drawing or by measurement, and remanufacturing assemblies that are no longer available new. Keeping an older Vestas machine turning for another decade is usually a parts problem before it is anything else, and the answer is a supplier who treats obsolescence as routine rather than a dead end. Where a platform is genuinely beyond economic repair, the same networks feed decommissioning and repowering, and recovered parts from retired machines often re-enter the market as refurbished spares for the fleets still running.
Some parts have to be made, not found. Main shafts, hubs, bedplates, flanges, gears and large pins are forged or cast and then machined to tight tolerances, and when the OEM line is closed or quoting a punishing lead time, a capable forging and machining house is the route back to service. Suppliers in our network cover open-die and closed-die forging, heavy machining, gear cutting, hard-facing and non-destructive testing, and they work from OEM drawings, reverse-engineered geometry or an upgraded design where the original was a known weak point. Material certification and dimensional inspection come as standard, because a structural part that fails in service is not a part you want to have saved money on.
The mechatronic heart of a modern turbine is its biggest parts challenge. Pitch and yaw systems rely on drives, motors, gearboxes, slip rings, encoders and hydraulic cylinders, while the converter and control systems depend on power modules, IGBT stacks, capacitors, control boards and sensors that go obsolete on a consumer-electronics timescale rather than a turbine one. We match suppliers who stock, repair and remanufacture these assemblies, including board-level repair of converter and control electronics that would otherwise be scrapped. Where the fault is in the system rather than the part, the same providers support our electrical and control systems network.
Parts and part numbers differ by platform, so we match suppliers with real inventory and experience on your machines, whether that is Vestas, Senvion or Suzlon, and coverage is organised by state so freight and storage work for your sites: Victoria, South Australia and Western Australia. If you are still mapping which assemblies sit where, the parts of a wind turbine guide walks through each major component and how it fails.
