Local wind, closer to demand.
Energy Machines Wind designs and manufactures small to medium sized vertical-axis wind turbines for generating power closer to where it is used.
Wind turbines for local production
Explore the WM 25 kW, WM 1000 W and WM 100 W vertical-axis wind turbines, their intended uses and their development status.
Estimate production at your site
The free Wind App estimates yearly and monthly production from local wind data, terrain, buildings and trees. It is intended for early-stage planning.
WM 25 kW
Lift turbine
Power for multiple households, farms, production or businesses.
A vertical-axis wind turbine sized to cover or supplement the power demand of places like greenhouses, farms and production facilities. It can be placed in open areas in windy locations, such as fields or along private coastlines, and can be paired with battery storage.
- Rated output
- 25 kW
- Rotor diameter
- 10 m
- Height
- 21,5 m
- Placement
- Open field / windy site
WM 1000 W
Lift turbine
Power for off-grid houses, residential or commercial buildings.
A vertical-axis wind turbine sized for individual homes, small commercial buildings, and off-grid sites with reliable wind. Compact tower footprint, quiet operation, grid-tie or battery storage.
- Rated output
- 1 000 W
- Rotor diameter
- 2,5 m
- Height
- 9,5 m
- Placement
- Open / windy site
WM 100 W
Drag turbine
Power for light residential use or small-scale energy demands.
A drag-type wind turbine for cabins, off-grid sensors, signs and small supplemental generation. Tolerant of turbulent placement.
- Rated output
- 100 W
- Sweep area
- 1 m²
- Height
- 4,2 m
- Placement
- Windy site / rooftop
Estimate your production and savings in minutes.
Wind App
Pick a wind turbine, drop a pin on your site, and the Wind App returns an annual production estimate based on local wind data. Add your consumption to see estimated yearly savings, self-sufficiency, and what a battery would change. No spreadsheets or engineer required.
- Local wind data by coordinates
- Savings, self-sufficiency and battery impact
- Free, runs in your browser, no account needed
Wind turbines redesigned for the places people live.
Why a vertical axis
Our wind turbines are made for local use, whether that's a farm, a workshop, or a small community. A lot of the renewable transition happens a few hundred meters from where people live and work, and that only works if the wind turbine fits the place.
- Lower noise
- Quieter than a horizontal-axis wind turbine of similar output, and the sound drops off faster with distance.
- Fewer moving parts
- No gearbox, no yaw mechanism. The generator sits at ground level, which makes maintenance easier.
- Recyclable materials
- Aluminium wings and wooden towers, on a soil screw foundation. No glass fiber or concrete.
- Easier on wildlife
- Lower risk to birds and bats than a horizontal-axis wind turbine.
- Power where you use it
- Generate close to where the energy is consumed. Less grid dependence, more resilience.
- Built in Denmark and Sweden
- Designed and built in Denmark and Sweden, manufactured in Europe.*
* Excludes the magnets in the generator.
Cases
- WM 25 kW — Halmstad, Sweden
- WM 10 kW — Halmstad, Sweden
- WM 100 W × 2 — Fælledby, Denmark
- WM 100 W — Blox, Denmark
- WM 100 W — Utö Fisk & Grönt, Sweden
From Wind App estimate to energy production in five steps.
The process
- 01 Estimate in the Wind App — Pick a wind turbine, drop a pin on your site, and get an annual production estimate from local wind data, plus the estimated savings on your energy bill.
- 02 Site & wind assessment — Get in touch, and we'll review your wind data, terrain, placement constraints, and consumption to confirm that our wind turbine is a good fit for your project.
- 03 Permitting support — Technical documentation for local authorities, including sound and shadow projections.
- 04 Install & commission — Expect 2–5 days on site before the wind turbine is up and producing.
- 05 Operate & monitor — Remote telemetry and an owner dashboard.