WIND
Wind Turbines
Innoventum small & medium-scale wind turbines deliver stable renewable energy when solar production declines. Designed for decentralized energy systems, our turbines provide reliable output during winter, night-time, and variable grid conditions – making them a powerful complement to solar installations, and necessary for Off Grid applications.
Maximize your energy independence with the silent and beautiful wooden towers. Engineered for urban environments and remote industrial sites alike, Innoventum technology can delivers decentralized carbon-negative power 24/7, 365 days a year, as long as the sun shine and the wind blows. Especially to bridge the gap that occurs between winter and night. Whether as a standalone unit or a hybrid partner to our solar carports, our turbines offer a high-yield, low-impact solution for the modern energy grid when solar energy is not being produced.
We have designed pure wind and hybrid solutions to ensure that there is available power when you need it. That is why we only use the golden standard of wind turbine engineering: European-made Horizontal Axis wind turbines (HAWT). By utilizing the same aerodynamic principles as utility-scale wind farms, our small and medium-scale turbines offer the highest possible energy conversion rates in their class.
Horizontal turbines
We utilize horizontal turbines because they are the most efficient way to harvest kinetic energy compared to vertical turbines.
- Maximum Yield: Horizontal blades capture the full force of the wind, offering significantly higher efficiency compared to vertical alternatives.
- Variable Pitch & tilt Back Control: Our systems are designed to self-orient the rotor (upwind or downwind) and optimize blade pitch, ensuring safety and performance even in turbulent conditions.
- The Silent Wood Advantage: Our proprietary Glulam Timber towers absorb the high-frequency vibrations often associated with horizontal turbines and hollow metal tower resulting in a system that is as quiet as it is powerful.
Is your site suitable?
A 3-Step Guide to Evaluating Your Wind Resource
Before investing in wind technology, it is essential to understand that energy production is not linear; doubling the wind speed increases the power output by eight times. Therefore, a site assessment is the most critical step in your decision-making process.
Step 1: Determine Your Average Wind Speed
For a small-scale horizontal turbine to be financially and technically viable, your site should have a minimum average annual wind speed of 4.0 m/s at hub height.
- Below 4.0 m/s: The project is likely not viable for energy generation.
- 4.0 – 6.0 m/s: Suitable for branding or hybrid stability, but with a long ROI.
- Above 6.0 m/s: Excellent conditions for high-performance wind harvesting.
Step 2: Use the Global Wind Atlas
We recommend using the Global Wind Atlas (a free, scientifically-backed tool) to get an initial estimate of your location’s potential. Visit the site and enter your project coordinates, which you can get from Google Maps.
Set the “Height” parameter to 10m or 50m (the closest tiers to our hub heights).
Look for the Mean Wind Speed (m/s).
Step 3: Evaluate the area around the installation site
Horizontal turbines require “laminar” (smooth) airflow. Turbulence is the enemy of efficiency and turbine longevity. Look at your site and check for:
- Obstacles: Are there buildings, trees, or hills within 100–200 meters?
- Height Advantage: Can the turbine be placed high enough to clear the “turbulence zone” created by surrounding structures?
Pure Wind
Hybrid
Medium Wind
100 kW
Price from 422 550 € excl. VAT