Wind Energy · Onshore Wind
Onshore Wind Advisory and Engineering
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Key Onshore Wind Risks
Wind resource uncertainty
Measurement review, long-term correlation, uncertainty assessment and yield validation.
Micrositing and wake losses
Layout review, wake impact assessment, terrain constraints and turbine spacing.
Terrain and access
Road alignment, crane access, slopes, platforms and construction logistics.
WTG foundations
Geotechnical review, loading assumptions, foundation design, suitability and constructability.
Electrical infrastructure
MV collection, substations, evacuation, protection, SCADA and grid interface.
Civil infrastructure
Roads, crane pads, drainage, earthworks, slopes and maintainability.
Grid evacuation
Substation, transmission, protection, reactive power and grid compliance review.
Construction quality
Site supervision, inspections, punch lists and commissioning support.
Operational performance
Availability, reliability, underperformance diagnosis and repowering potential.
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Typical Client Situations
- A developer is evaluating the feasibility of a new onshore wind site.
- An investor requires independent technical due diligence before acquisition.
- A lender needs confidence in resource, yield, grid and construction assumptions.
- An owner needs design and engineering support for BoP, civil works, electrical systems or WTG foundations.
- An EPC contractor requires engineering support for wind farm infrastructure packages.
- An operating wind farm is underperforming and requires root cause review.
- An ageing wind asset is being evaluated for repowering or life extension.
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Typical Deliverables
- Onshore wind technical due diligence report
- Resource, micrositing and yield review
- BoP design/review note
- Civil infrastructure review or design support package
- Electrical infrastructure review or design support package
- WTG foundation advisory or design note
- Grid evacuation and compliance review
- Construction monitoring and QA/QC report
- Asset performance or repowering review
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Client Outcomes
- Stronger wind resource confidence
- Better turbine and site suitability decisions
- Reduced micrositing and wake-loss risk
- Improved BoP and foundation clarity
- Stronger electrical and civil design quality
- Stronger grid readiness
- Better construction and commissioning assurance
- Improved lifecycle asset value protection
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