Onshore Wind
Land-based wind projects, terrain, micrositing, grid, access, foundations and delivery risk.
SgurrEnergy's wind energy consultancy and engineering advisory brings independent technical judgement to the decisions that most affect a wind project's feasibility, cost, financing and delivery. This hub spans onshore and offshore wind, resource assessment, balance of plant, electrical, civil and foundation engineering for developers, investors and lenders.
Wind Project Decisions SgurrEnergy Supports
Where independent technical judgement and engineering most affect wind feasibility, cost, financing and delivery.
Construction and quality
Operations and repowering
Resource confidence
Why: Wind resource directly affects revenue, P50/P75/P90 yield and lender confidence. How: Wind resource assessment, long-term correlation, uncertainty analysis and yield review.
Micrositing
Turbine suitability
Explore the Cluster
Card-led hub across onshore, offshore, resource, BoP, electrical, civil and foundations.
Offshore Wind
Marine wind projects, export systems, offshore interfaces, foundations, grid and development risk.
Wind Resource and Micrositing
Wind measurements, long-term resource, layout optimisation, wake effects and yield uncertainty.
Wind Farm Balance of Plant
BoP design, electrical/civil interfaces, access, foundations, collection systems and construction readiness.
Wind Farm Electrical Infrastructure
MV collection systems, substations, transmission, protection, SCADA and grid evacuation.
Wind Farm Civil Infrastructure
Roads, crane pads, drainage, platforms, earthworks, slopes and construction access.
WTG Foundations
Foundation design, geotechnical interface, loading, constructability and durability.
Explore the Cluster
Card-led hub across onshore, offshore, resource, BoP, electrical, civil and foundations.
Onshore Wind
Land-based wind projects, terrain, micrositing, grid, access, foundations and delivery risk.
Offshore Wind
Marine wind projects, export systems, offshore interfaces, foundations, grid and development risk.
Wind Resource and Micrositing
Wind measurements, long-term resource, layout optimisation, wake effects and yield uncertainty.
Wind Farm Balance of Plant
BoP design, electrical/civil interfaces, access, foundations, collection systems and construction readiness.
Wind Farm Electrical Infrastructure
MV collection systems, substations, transmission, protection, SCADA and grid evacuation.
Wind Farm Civil Infrastructure
Roads, crane pads, drainage, platforms, earthworks, slopes and construction access.
WTG Foundations
Foundation design, geotechnical interface, loading, constructability and durability.
Onshore Wind: Land-based wind projects, terrain, micrositing, grid, access, foundations and delivery risk.
Offshore Wind: Marine wind projects, export systems, offshore interfaces, foundations, grid and development risk.
Wind Resource and Micrositing: Wind measurements, long-term resource, layout optimisation, wake effects and yield uncertainty.
Wind Farm Balance of Plant: BoP design, electrical/civil interfaces, access, foundations, collection systems and construction readiness.
Wind Farm Electrical Infrastructure: MV collection systems, substations, transmission, protection, SCADA and grid evacuation.
Wind Farm Civil Infrastructure: Roads, crane pads, drainage, platforms, earthworks, slopes and construction access.
WTG Foundations: Foundation design, geotechnical interface, loading, constructability and durability.
Why SgurrEnergy for Wind Energy
SgurrEnergy brings independent technical judgement, wind resource understanding, grid and power systems capability, multidisciplinary engineering depth, project lifecycle experience and quality assurance expertise to wind energy projects.
Our wind support connects resource confidence, turbine suitability, bankability, BoP design, electrical infrastructure, civil infrastructure, WTG foundations, grid readiness, construction certainty and long-term performance.
SgurrEnergy provides advisory and review where independent judgement is required, and design and engineering where project infrastructure needs to be defined, optimised and delivered.
Typical Deliverables
- Wind technical due diligence report
- Wind resource and energy yield review
- Micrositing and layout review notes
- BoP design basis and engineering support
- Electrical infrastructure design/review comments
- Civil infrastructure design/review comments
- WTG foundation design basis, concept or review note
- Grid interface and evacuation review
- Construction and QA/QC observation reports
- Repowering or life-extension feasibility note
Related Services
Technical AdvisoryTechnical Due DiligenceLender's Technical AdvisoryOwner's EngineeringWind Resource AssessmentEnergy Yield AssessmentGrid & Power System StudiesEngineering & DesignElectrical DesignCivil & Structural DesignSubstation DesignTransmission & Evacuation DesignProject Management & Construction SupportInspections & Quality AssuranceAsset Performance & Operational AdvisoryRepowering Feasibility Assessment
Wind Energy FAQs
SgurrEnergy provides wind energy services across resource assessment, micrositing, energy yield review, technical due diligence, owner's engineering, BoP design and review, electrical infrastructure design, civil infrastructure design, WTG foundation design and advisory, grid studies, quality assurance, construction monitoring, asset performance and repowering.
Yes. SgurrEnergy provides wind farm design and engineering support across WTG foundations, balance of plant, electrical infrastructure, civil infrastructure, grid evacuation interfaces and project infrastructure, alongside independent advisory and design review services.
Yes. SgurrEnergy supports wind resource assessment and micrositing through measurement campaign review, long-term data correlation, layout review, wake loss assessment, uncertainty analysis and P50/P75/P90 yield estimation.
Yes. SgurrEnergy supports wind farm balance of plant through design, engineering review and advisory across electrical infrastructure, civil infrastructure, foundations, access, collection systems, substations, transmission, protection, SCADA, grid evacuation and construction readiness.
Yes. SgurrEnergy supports WTG foundation design and advisory through geotechnical input review, foundation concept development, loading interface review, structural design checks, constructability assessment, quality assurance and long-term durability review.
Yes. SgurrEnergy supports onshore and offshore wind projects with technical advisory, due diligence, resource review, electrical and civil infrastructure design/review, grid assessment, construction support and asset performance services.
SgurrEnergy supports wind project bankability by validating resource, yield, micrositing, turbine suitability, grid readiness, BoP design, construction risk, foundation assumptions and operational performance expectations.
A developer should engage SgurrEnergy when resource assumptions, layout decisions, BoP design, foundation design, grid evacuation, construction quality, lender requirements or operational performance require independent technical confidence.
Make wind project decisions that remain credible through financing, construction and operations
Related projects
A selection from our global track record in this technology.
Aditya Birla Renewables: 86.6 MW Detailed Design Engineering in India.
Sprng Energy: 80 MW Detailed Design Engineering in India.
Khandke III: 64 MW Energy Yield Assessment in Maharashtra, India.
Renewable Energy: 25 MW Contract and Procurement Technical Review in Chitradurga, Karnataka, India.