Selected Project Experience
Regional experience. Local knowledge. Independent engineering.
Construction, Commissioning and Acceptance
Independent owner-side engineering from design review through construction, commissioning and acceptance.
Services
Owner-Side Engineering & QA/QC
Location
New South Wales
Technology
38 × GE 3.83 MW
Flyers Creek Wind Farm
Independent Owner’s Engineer Review
Evoegy was engaged by Iberdrola Australia in February 2024 to undertake a targeted independent engineering and QA/QC review during the late construction and commissioning phase of the 145 MW Flyers Creek Wind Farm in New South Wales. The engagement focused on identifying issues potentially missed during previous reviews, challenging the quality and completeness of work undertaken to date, reviewing Owner’s Engineer coverage, investigating a turbine incident, and identifying outstanding technical matters requiring resolution ahead of key project milestones.
Lincoln Gap II Wind Farm
Lead Wind Turbine Engineer — Construction Owner’s Engineer
Evoegy provided owner-side wind turbine engineering through construction, commissioning and acceptance of 24 Vestas V136 3.45 MW turbines at Lincoln Gap II Wind Farm in South Australia. The role covered turbine delivery and storage, installation quality, engineering and design review, Factory Acceptance Test (FAT) review, construction surveillance, milestone assessment, technical issue resolution, health and safety support, commissioning evidence and final turbine acceptance.
Services
Construction Owner’s Engineering
Location
South Australia
Technology
24 × Vestas V136 3.45 MW
Services
Construction Owner’s Engineering
Location
South Australia
Technology
50 × Vestas V150 4.2 MW
Port Augusta Renewable Energy Park
Lead Wind Turbine Engineer and Site Manager
Evoegy personnel provided owner-side wind turbine engineering for the 210 MW wind component of Iberdrola Australia’s Port Augusta Renewable Energy Park in South Australia, comprising 50 Vestas V150 4.2 MW turbines. The role covered installation quality, engineering and design review, Factory Acceptance Test (FAT) review, construction surveillance, milestone assessment, health and safety support, technical issue resolution and turbine acceptance.
Cherry Tree Wind Farm
Lead Wind Turbine Engineer and Client Site Manager
Evoegy personnel represented the owner on site and led wind turbine engineering through construction and acceptance of the 57.6 MW Cherry Tree Wind Farm in Victoria, comprising 16 Vestas V136 3.6 MW turbines. The role included installation quality assurance, engineering and design review, construction and milestone assessment, delivery and storage surveillance, site safety oversight, manufacturing-facility inspection, FAT and SAT witnessing, technical issue resolution and final turbine acceptance.
Services
Construction Owner’s Engineering
Location
Victoria
Technology
16 × Vestas V136
Services
Construction Owner’s Engineering
Location
New South Wales
Technology
33 × GE 3.43 MW
Bodangora Wind Farm
Wind Turbine Lead Engineer
Evoegy personnel led owner-side wind turbine engineering through construction and acceptance of the 113 MW Bodangora Wind Farm in New South Wales, comprising 33 GE 3.43 MW turbines. The role covered installation quality assurance, engineering and documentation review, Factory Acceptance Test (FAT) review, delivery inspection, storage-condition monitoring, construction surveillance, milestone assessment, site safety support, Site Acceptance Test (SAT) review, technical issue resolution and final turbine acceptance.
Crowlands Wind Farm
Lead Wind Turbine Engineer
Evoegy personnel led owner-side wind turbine engineering within the Owner’s Engineer team through construction, commissioning and acceptance of the approximately 80 MW Crowlands Wind Farm in Victoria, comprising 39 Senvion MM92 2.05 MW turbines. The role covered installation quality assurance, engineering and design-documentation review, Factory Acceptance Test (FAT) review, delivery and storage surveillance, construction surveillance, milestone assessment, technical issue resolution, Site Acceptance Test (SAT) witnessing and final turbine acceptance.
Services
Construction Owner’s Engineering
Location
Victoria
Technology
39 × Senvion MM92 2.05 MW
Services
Construction Owner’s Engineering
Location
New South Wales
Technology
58 × GE 3.43 MW
Silverton Wind Farm
Lead Wind Turbine Engineer and Site Representative
Evoegy personnel led owner-side wind turbine engineering and provided site representation through construction, commissioning and acceptance of the approximately 199 MW Silverton Wind Farm in New South Wales, comprising 58 GE 3.43 MW turbines. The role covered installation quality assurance, engineering and design review, Factory Acceptance Test (FAT) review, documentation review, delivery inspection, storage-condition monitoring, construction surveillance, milestone assessment, site safety support, technical issue resolution, Site Acceptance Test (SAT) witnessing and final turbine acceptance.
Yaloak South Wind Farm
Lead Wind Turbine Engineer
Evoegy personnel led wind turbine engineering within the Owner’s Engineer team for the 28.7 MW Yaloak South Wind Farm in Victoria, comprising 14 Senvion MM92 2.05 MW turbines. The role focused on engineering and design review, technical-documentation assessment, Factory Acceptance Test (FAT) review and milestone assessment on behalf of the owner.
Services
Construction Owner’s Engineering
Location
Victoria
Technology
14 × Senvion MM92 2.05 MW
Services
Construction Owner’s Engineering
Location
New South Wales
Technology
75 × Vestas V126 3.6 MW
Sapphire Wind Farm
Lead Wind Turbine Engineer
Evoegy personnel led owner-side wind turbine engineering through construction and acceptance of the 270 MW Sapphire Wind Farm in New South Wales, comprising 75 Vestas V126 3.6 MW turbines. The role covered installation quality assurance, engineering support, Factory Acceptance Test (FAT) review, manufacturing-facility assessment, delivery inspection, storage-condition monitoring, construction surveillance, technical issue resolution and final turbine acceptance.
White Rock Wind Farm
Lead Wind Turbine Engineer
Evoegy personnel supported the wind turbine engineering within the Owner’s Engineer team for the 175 MW White Rock Wind Farm in New South Wales, comprising 70 Goldwind GW121 2.5 MW turbines. The role focused on engineering and design review, technical-documentation assessment, Factory Acceptance Test (FAT) review and milestone assessment on behalf of the owner.
Services
Construction Owner’s Engineering
Location
New South Wales
Technology
70 × Goldwind GW121 2.5 MW
Services
Technical Due Diligence, Owner’s Engineering & End-of-Warranty
Location
New South Wales
Technology
67 × GE 1.7 MW
Boco Rock Wind Farm
Technical Due Diligence, Owner’s Engineering & End-of-Warranty
Evoegy personnel provided owner-side wind turbine engineering across multiple phases of the approximately 114 MW Boco Rock Wind Farm in New South Wales, comprising 67 GE 1.7 MW turbines. The work included technical due diligence, construction Owner’s Engineering and site representation, installation quality assurance, engineering and design review, Factory Acceptance Test (FAT) review, delivery and storage surveillance, construction and milestone assessment, Site Acceptance Test (SAT) witnessing and turbine acceptance, followed by continued Owner’s Engineer support during operations.
End-of-warranty work included detailed turbine inspections, gearbox inspections across 65 turbines and scope-based blade inspections to identify defects, condition issues and matters requiring resolution before warranty expiry.
Macarthur Wind Farm
Lead Wind Turbine Engineer and Site Representative
Evoegy personnel provided owner-side wind turbine engineering and site representation during construction and acceptance of the 420 MW Macarthur Wind Farm in Victoria, comprising 140 Vestas V112 3 MW turbines. The role included installation quality assurance, engineering and documentation review, construction surveillance, and health and safety support. The assignment also included technical oversight of third-party turbine walkdowns undertaken by GL Garrad Hassan and review of the scope, coverage and effectiveness of the Owner’s Engineer services delivered by SKM/Jacobs during construction.
Services
Construction Owner’s Engineering
Location
Victoria
Technology
140 × Vestas V112 3 MW
Services
Construction Owner’s Engineering
Location
Western Australia
Technology
22 × GE 2.5 MW
Mumbida Wind Farm
Lead Wind Turbine Engineer and Site Representative
Evoegy personnel led owner-side wind turbine engineering within the Owner’s Engineer team during construction of the 55 MW Mumbida Wind Farm in Western Australia, comprising 22 GE 2.5 MW turbines. The role included engineering and design review, technical-documentation assessment, milestone assessment and owner-side technical representation during project delivery.
Evoegy personnel also provided specialist blade and bearing engineering support during the operating life of the asset, including oversight of blade defects and upgrade campaigns, technical input to repowering activities, targeted inspections and ongoing engineering support for turbine and blade condition issues.
Development and Project Definition
Technical specifications, procurement and delivery readiness
Spicers Creek Wind Farm
Wind Turbine Technical Specification & Principal’s Requirements
Evoegy provided owner-side technical leadership in the development of wind turbine requirements for Spicers Creek Wind Farm in New South Wales, including a major rewrite of the wind turbine technical specification and Principal’s Requirements for the GE Cypress platform. The work strengthened requirements for site suitability, maintainability, interfaces, electrical and operational responsibilities, commissioning, reliability demonstration, acceptance and long-term asset operation, while supporting tender evaluation and techno-commercial decision-making.
Services
Project Definition
Location
New South Wales
Technology
Wind - GE Cypress
Services
Project Definition & Construction Readiness
Location
Queensland
Technology
Wind & Balance of Plant
Boulder Creek Wind Farm
Project Director — Requirements and Construction Readiness
Evoegy led project definition and construction-readiness activities for Boulder Creek Wind Farm, coordinating technical specifications, Employer’s Requirements, compliance schedules and package interfaces across WTG, SCADA, meteorological mast, CBoP and EBoP. The Project Director role extended beyond technical documentation to project establishment, governance, stakeholder and contractor coordination, delivery planning and progression of principal construction contracts toward investment decision and execution readiness.
Lincoln Gap Stage III
Turbine Procurement, Development Engineering & UAV LiDAR Survey
Evoegy provided owner-side development engineering for Lincoln Gap Stage III in South Australia, supporting technical and commercial negotiations with Siemens for the proposed wind turbine agreements and associated project requirements. The work also included a large-scale UAV LiDAR survey across approximately 52 km² of proposed Stage III land to support site development, constructability assessment, access and infrastructure planning, together with broader technical input into project definition and future asset-management requirements.
Services
Turbine Procurement & Project Definition
Location
South Australia
Technology
Wind
Services
Project Definition
Location
New South Wales
Technology
69 × GE Cypress 6 MW
Uungula Wind Farm, NSW
Technical advisory, project definition and owner-side decision support
Evoegy led owner-side technical requirements development for Uungula Wind Farm in New South Wales, developing the complete suite of project specifications, Employer’s Requirements, compliance schedules and technical requirements across the wind turbine, SCADA, meteorological mast, civil balance of plant and electrical balance of plant packages. The role included coordination of multidisciplinary interfaces through to the 33 kV side of the project substation, requirements definition, tender evaluation and technical and commercial support to owner decision-making. The work established a coordinated technical basis for procurement, construction, commissioning, acceptance and long-term operation of the project, embedding maintainability, lifecycle performance, compliance and asset-management requirements from the development stage. The quality and breadth of the work received direct commendation from senior client leadership.
Operational Engineering, Asset Integrity and Asset Management
Independent technical support after construction and through warranty
- Sapphire Wind Farm, NSW — End-of-warranty turbine and blade inspections, defect evidence, technical assessment and closeout support.
- Silverton Wind Farm, NSW — End-of-warranty inspection, defect review and technical closeout following construction-phase Owner’s Engineer involvement.
- Lincoln Gap Wind Farm, SA — Operational Owner’s Engineer support, turbine and blade inspections, blade-risk assessment, Stage I and II asset-management planning and ongoing technical support.
- Willogoleche Wind Farm, SA — Owner-side operational inspections, defect assessment and technical support associated with asset review and sell-down.
- CWP / Squadron operating portfolio — Ongoing Owner’s Engineer technical support across operating wind assets, including defect assessment, reliability issues, technical review and owner decision support.
- Mt Millar Wind Farm, SA — Independent turbine inspection and condition assessment.
- Operational procedures and work systems — Development and review of technical procedures, work packages, reliability-test evidence, defect prioritisation and OEM / contractor closeout.
- Substation and transformer assets — UAV inspection, technical investigation, condition assessment and practical recommendations to support safe continued operation.
- Boco Rock Wind Farm, NSW — Continued Owner’s Engineer support through operations, end-of-warranty inspections, gearbox inspections across 65 turbines, targeted blade inspections and defect closeout.
- Mumbida Wind Farm, WA — Ongoing specialist blade engineering, oversight of blade defects and upgrade campaigns, targeted inspections, repowering support and operational technical assistance.
Engineering Investigations and Remediation
Independent technical investigation, root-cause analysis and practical resolution of complex asset issues
- Synchronous condenser investigations — Independent assessment of two operating assets, including structured failure review, recovery recommendations and technical support for insurance and remediation.
- Wind turbine blade investigations — Assessment of blade damage, lightning-protection performance, defect mechanisms, inspection evidence and repair or remediation requirements across multiple operating wind farms.
- Drivetrain and main-bearing investigations — Review of component condition, failure risk, repair and replacement options, and requirements for safe return to service.
- Hub, flange and structural non-conformities — Independent review of manufacturing, installation and in-service defects, including technical assessment of significance and remediation options.
- Transformer and electrical-system investigations — Assessment of equipment compatibility, abnormal electrical behaviour, component condition and practical engineering options for recovery and continued operation.
- Pitch and rotating-component investigations — Technical review of bearing condition, defect mechanisms, maintenance history and corrective actions.
- Wind turbine fire and major incident investigations — Independent review of event evidence, SCADA, maintenance history and likely failure mechanisms, together with recommendations for recovery and risk reduction.
- Lightning-protection-system assessments — Review of protection arrangements, inspection findings, failure modes and corrective actions across operating wind turbine fleets.
- Component compatibility and fleet-wide defect investigations — Assessment of interchangeability, recurring faults, engineering constraints and implications for asset strategy, spares and continued operation.
- Legacy asset condition and remediation — Inspection, condition assessment and repair-strategy support for older wind assets where continued operation, life extension or reinstatement is being considered.
Due Diligence, Independent Review and Asset Strategy
Decision support for acquisition, investment, life extension and decommissioning
- Clarke Creek Wind Farm, QLD — Independent technical review and continuing owner-side engineering support.
- Uungula Wind Farm, NSW — Independent technical advisory supporting project definition, procurement and investment decisions.
- Willogoleche Wind Farm, SA — Technical asset review and owner-side support associated with portfolio and transaction requirements.
- Flyers Creek Wind Farm, NSW — Independent Owner’s Engineer review supporting project assurance and readiness.
- Multi-asset wind portfolio — Technical due diligence across turbine technology, asset condition, performance, contractual interfaces and material project risks.
- Lincoln Gap Wind Farm, SA — Asset-management planning, condition and risk review, and development of prioritised asset actions.
- Codrington Wind Farm, VIC — Supported in the decommissioning study and technical options assessment.
- Wind-turbine component compatibility study — Engineering assessment of component interchangeability and implications for fleet strategy.
- Renewable-energy grid-support assignment — Independent technical review of synchronous condenser scope, interfaces and project delivery risks.
- Australian and international assignments — Life-extension studies, technical compliance, owner acceptance, expert technical support and UAV-enabled inspection and survey work.