01
01 / RENEWABLE ENERGY
WIND ENERGY
Engineering for the
wind-powered future.
Engineering services that connect wind resources, electrical infrastructure, site realities and project objectives into coordinated, buildable solutions.
Discuss your project02 / WIND ENERGY ENGINEERINGSite-to-grid
Site-to-grid
engineering expertise.
We bring together engineering disciplines and project interfaces to support wind developments from early requirements through execution and commissioning.
ENGINEERING THAT CONNECTSResource.
Infrastructure.
Delivery.
Infrastructure.
Delivery.
Wind projects depend on the coordination of electrical, civil, structural, instrumentation and project requirements. Our approach keeps these interfaces visible and aligned.
The result is practical engineering designed around actual site conditions, technical constraints and project delivery requirements.
03 / CAPABILITIESIntegrated
Integrated
wind engineering.
Technical capability across the interfaces that shape a wind-energy project.
02
Electrical system design
03
Grid connection studies
04
Substation engineering
05
Civil & structural engineering
06
SCADA & instrumentation
07
Balance-of-plant engineering
08
Project engineering support
04 / PROJECT EXECUTIONFrom site
From site
to delivery.
A coordinated engineering process helps maintain technical clarity, quality and accountability from the initial requirement through final project delivery.
01
STEP 01
Assess
Evaluate wind resource, site conditions, turbine requirements, terrain, access constraints and grid connection requirements.
02
STEP 02
Engineer
Develop coordinated wind farm layouts, electrical systems, civil works, structural designs, BoP systems and technical calculations.
03
STEP 03
Integrate
Coordinate turbines, collection systems, substations, SCADA, grid interfaces, civil infrastructure and multidisciplinary project interfaces.
04
STEP 04
Deliver
Support procurement, construction, installation, testing, commissioning and handover with project-ready engineering.
05 / ENGINEERING DISCIPLINESMultiple disciplines.
Multiple disciplines.
One coordinated outcome.
Electrical
Power systems, collection networks, substations and grid interface engineering.
Civil & Structural
Infrastructure, foundations, access works and structural requirements coordinated around site conditions.
Instrumentation
SCADA, monitoring and instrumentation systems supporting reliable wind farm operation.
Project Management
Technical coordination, interfaces, schedules and engineering support throughout project delivery.
WIND ENERGYBuilt around
Built around
project reality.
Engineering decisions informed by site conditions, interfaces, constructability and long-term operational requirements.
WIND ENERGY
WIND FARM ENGINEERING
WIND ENERGY
ELECTRICAL & GRID SYSTEMS
WIND ENERGY
BALANCE OF PLANT
06 / CLIENTSTrusted by
Trusted by
project partners.
Our Clients
08 / SOFTWARE & DIGITAL TOOLSEngineering with
Engineering with
digital precision.
OUR SOFTWARE PROFICIENCY
01
AutoCAD
↗
02
MicroStation
↗
03
E3D
↗
04
DIALux
↗
05
ETAP
↗
06
TRACE Software
↗
07
CADWorx
↗
08
Primavera
↗
09
SmartPlant Spoolgen
↗
10
Autodesk Revit
↗
11
Navisworks
↗
12
Intergraph SmartPlant
↗
13
CAESAR II
↗
14
STAAD.Pro
↗
15
SP3D
↗
16
SmartPlant Instrumentation
↗
17
Tekla Structures
↗
18
3ds Max
↗
19
Additional Engineering Tool
↗
01
AutoCAD
↗02
MicroStation
↗03
E3D
↗04
DIALux
↗05
ETAP
↗06
TRACE Software
↗07
CADWorx
↗08
Primavera
↗09
SmartPlant Spoolgen
↗10
Autodesk Revit
↗11
Navisworks
↗12
Intergraph SmartPlant
↗13
CAESAR II
↗14
STAAD.Pro
↗15
SP3D
↗16
SmartPlant Instrumentation
↗17
Tekla Structures
↗18
3ds Max
↗19
Additional Engineering Tool
↗08 / CONTACT / CTAEngineering built
Engineering built
around project reality.
Tell us about your wind-energy project, technical requirement or engineering challenge.
Discuss a project ↗