Residential · Wind
Small-scale Wind Turbines
A second generator that works the night shift, for free.
A small wind turbine turns the breeze into power for one home. On a windy, exposed spot it’s solar’s perfect partner — generating overnight and through wet-season cloud, charging the same battery.
01 — Overview
The generator that runs while you sleep
- Generates at night and under cloud
- Pairs with solar on one battery bank
- Tower engineered for local wind loading
- Only where the resource is genuinely there
A small wind turbine turns the breeze into power for one home. On a windy, exposed spot it’s solar’s perfect partner — generating overnight and through wet-season cloud, charging the same battery.
Typical specifications
Indicative ranges for a representative installation. Final specification is confirmed at design stage against site survey and measured load.
- Rated power
- 0.5–5 kW
- Viable mean wind
- ≥4–5 m/s at hub height
- Cut-in wind speed
- ~3 m/s
- Rated wind speed
- ~11–12 m/s
- Rotor diameter
- ~2–5 m
- Tower height
- 9–18 m (typical)
- Configuration
- Battery-charging, hybrid-ready
- Storm protection
- Auto furling / electronic brake
- Design life
- 15–20 years
Ranges reflect typical industry standards and are indicative, not a guarantee of performance.
02 — Applications
Where this technology is applied
The settings we most commonly deploy this system in, and the duty it performs in each.
Wind–solar hybrid supply
Wind covers night and overcast spells, solar covers midday, flattening generation across seasons.
Exposed ridgeline homesteads
Hilltop and escarpment sites with clean flow generate well where terrain speeds the wind.
Battery-bank charging
Turbine output feeds the same DC bus and battery as the solar array via its own controller.
Livestock and irrigation pumping
Drives pumping for troughs and plots, with wind often strongest through the dry season.
Remote communications
Keeps radio, repeater and monitoring gear running at sites far from the grid.
Generator displacement
Cuts diesel run-hours on off-grid sites where fuel haulage is costly and supply unreliable.
03 — Outcomes
Steadier power, smaller battery
- Covers the hours solar cannot
- A smaller, cheaper battery does the job
- Real independence for remote homesteads
- Free fuel, mature repairable engineering
On the right site, wind is solar’s finest partner, because the two fail at different times. Wind blows hardest overnight and through overcast wet-season weeks when panels sag — so a hybrid home enjoys a flatter year from a smaller, cheaper battery. For a remote off-grid homestead that gap is everything: the line between merely coping and comfortably running lights, fridge and pumping all year without a generator. The fuel is free, and the tech is mechanical and repairable — a machine you maintain, not a box you bin. But we’ll be blunt: the resource is site-specific, and a turbine on a sheltered plot is a pricey ornament. Power scales with the cube of wind speed, so we assess hard and sometimes say no. Where the wind truly is, the payback is real.
Best suited to
- Exposed, consistently breezy sites — hilltops, ridgelines, open plains
- Off-grid homesteads wanting generation through night and cloud
- Homes pairing wind with solar for steadier year-round supply
04 — Track record
Where we have implemented it
Reference installations delivered and commissioned by our engineers.
- 3 kW turbine2023
Ridgeline homestead
Kabale District
Hybrid wind–solar supply removed the need for a night-time generator run through the wet season.
- 2 kW + 3 kWp PV2022
Lakeshore farm
Kalangala, Ssese Islands
Steady onshore breeze carries evening load; battery bank sized roughly a third smaller than solar-only.
- 1.5 kW turbine2024
Communications relay hut
Moroto District
Maintains uninterrupted supply to monitoring equipment at a site with no distribution access.
Project details are representative of work delivered in this sector. Figures are rounded; full case studies available on request.
05 — Delivery
The installation process
Every installation follows the same engineered sequence, from first survey to commissioning and handover.
It starts with the wind resource, treated as a gate: mean speed, direction, season and turbulence. No resource, we say so.
We set the tower height to reach clean flow — the decisive variable, since power rises with the cube of speed.
We size the machine to load and resource: most homes suit a 0.5–5 kW turbine with a controller and dump load.
With solar present we build a hybrid: both feed one battery bank, wind by night, solar by midday.
We engineer foundation and tower for wind loading, ideally with a hinged base that lowers for service.
Protection is designed in: auto-furling or electronic braking for storms, a manual brake, and lightning earthing.
We commission with output verified, test braking and cut-out, and hand over a full maintenance routine.
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