Division 02 — Wind Energy
Power the
sun can't
reach
Wind carries on generating through the night, through the monsoon and through the months when solar output falls away. We assess, site, supply and maintain wind capacity — and pair it with solar where the two complement each other.
The rotor does the work
Three lofted blades sweep an area larger than a football pitch. Because captured power rises with the square of rotor diameter, every metre of blade counts far more than it looks like it should.
Blades that twist along their span
The blade is not flat. Its chord and twist angle change continuously from root to tip so that every station meets the airflow at an efficient angle, despite the tip travelling many times faster than the root.
The nacelle tracks the wind
Yaw drives rotate the machine head to face the prevailing wind while pitch bearings feather the blades — protecting the machine in a gale and squeezing output from a light breeze.
Tower, foundation, grid
A tapered steel tower on a reinforced foundation carries it all, with the converter, transformer and grid connection completing the scope we deliver.
- Rotor
- 3-blade upwind
- Control
- Active pitch + yaw
- Blade
- Twisted, tapered
- Tower
- Tapered steel
- Scope
- Supply + BoP
01 — Scope of work
From wind data
to grid export
Wind projects fail on siting far more often than on hardware. We start with the resource and work forward from there.
02 — Hybrid systems
Solar by day, wind by night
Solar and wind rarely peak at the same hour, and in much of India they are close to anti-correlated across the year: solar falls in the monsoon exactly as wind picks up. Combining them on one connection raises the capacity utilisation factor and smooths the export curve, which is what makes a connection worth its cost.
Higher CUF
One evacuation point and one connection agreement carrying two generation profiles, so the infrastructure works harder.
Smoother export
The complementary daily and seasonal profiles reduce ramping and make output easier to schedule.
Shared infrastructure
Substation, transformers, protection, land and access roads are built once and used by both technologies.
Optional storage
Battery storage can be layered in to firm the output further where the tariff structure rewards it.
03 — Applications
Where wind fits
Not every site suits wind — and we will say so. These are the situations where it consistently earns its place.
Captive industrial power
Manufacturing and process plants with a high, steady load and open access to a windy site.
Utility-scale generation
Wind farms feeding the grid under state or central procurement, with full balance-of-plant scope.
Hybrid renewable parks
Combined solar and wind sharing one evacuation point, with optional storage for firmed output.
A note on specification
Turbine class, hub height, rotor diameter and rated capacity are always selected against measured site conditions rather than picked from a catalogue — a machine that performs well on a coastal site will underperform inland. Send us the location and any wind data you hold, and we will issue a specific proposal.
Work with us
Have a site in mind?
Send the location, land available and any wind data you already hold. We will tell you honestly whether wind is the right answer there.