A smart energy solution for remote locations and independent power systems
Certified and tested to meet current wind energy industry standards
Ideal for off-grid regions and remote locations
Easy to transport, quick to install — no heavy infrastructure or civil works required
Built to perform reliably, even in extreme conditions
Easily combined with solar or diesel systems for greater energy resilience
Smart engineering meets cutting-edge kite-based innovation
Venyo [ˈvɛnjo] is the first of its kind to harness the power of high-altitude wind — one of the world’s last untapped energy resources.
Designed for use in remote regions where communities often rely on diesel, Venyo offers a clean, flexible alternative. It’s compact, quick to install, and requires no heavy infrastructure — making it ideal for strengthening hybrid systems and mini-grids.
With a target LCOE of under 25 cents per kilowatt hour, Venyo makes the energy transition not only possible, but practical and affordable.
But Venyo is more than just a technology. It stands for the freedom to move away from fossil fuels — and the power to take control of your own energy supply.
Venyo is our pioneering system that transforms high-altitude wind into real energy — and opens new paths toward a sustainable future.
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Depending on wind conditions, a Venyo (PN-14) system delivers up to 760 MWh of clean energy per year — enough to power approximately 200 to 400 households. Compact and containerized, Venyo is easy to transport and quick to install. Operating at altitudes of up to 750 meters, it taps into strong, steady high-altitude winds — making it ideal for remote, off-grid, or storm-prone regions.
With a target LCOE of less than 25 cents per kilowatt hour, Venyo provides a practical, scalable solution where conventional renewable technologies often reach their limits.
Venyo (PN-14) delivers green electricity where conventional systems can’t — on islands, in remote regions, or for mobile infrastructure.
This container-based kite system operates at altitudes of up to 750 meters, capturing strong, steady high-altitude winds. It’s quick to install, fully mobile, and generates clean power reliably and efficiently — resource-conscious and built for independence.
Up to 200 kW
Up to 600 m
Up to 180 m²
Fits in one standard 30-foot container
Up to 760 MWh
Housed in a 20-foot container
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Our kites capture the high-altitude winds to generate energy. They are made of high-performance textiles to ensure their durability. Air intakes and air brakes allow changing the aerodynamic profile during start, operation, and landing. Steering lines connect the kite’s canopy to the control pod below. A line system inside the canopy allows reefing it for storage.
The control pod contains the autopilot system that steers the power kite by manipulating the steering lines and air brakes. It is powered by a ram air turbine. Several installed sensors measure all relevant signals required for a safe and autonomous system operation.
The tether is the connection between the control pod and the winch inside the ground station. It is made of HMPE and specially developed for applications with a high demand for safety (e.g., cranes and lifts).
A reliable and flexible launch and landing system is required to safely launch and land the power kite. The mast can be lowered to attach or unmount it completely.
A standard container houses the ground station for easy transport and installation.
The drive train consists of the winch, gearbox, and generator. It converts the pulling force and velocity of the tether into electrical energy.
A yaw system corrects the ground station alignment with the wind direction.
According to BlueWise Marine’s 2023 GIS analysis, around 4,000 suitable sites were identified in Germany where roughly 13,000 airborne wind energy systems could be installed—equivalent to about 19 GW of technically deployable capacity, more than 90 % of it on land unavailable to conventional wind turbines.
With our tower- and foundation-free kite generators, operating at up to 750 m altitude, we can harness this high-altitude wind resource directly and deliver wind power at locations where traditional systems cannot be deployed.
Up to 200 kW
Up to 180 m²
Up to 760 MWh
Up to 450 kW
Up to 450 m²
Up to 1,780 MWh
High-performance system for large-scale projects and maximum energy output
Up to 1,300 kW
Up to 1,200 m²
Up to 6,580 MWh
Share your idea with us – choose your preferred system, the desired quantity and the appropriate production period for your project.
