By kilowatts.uk • 2025-04-10 23:18:46
Explore the energy production capabilities of the Aeroleaf 500W wind turbine under various wind conditions.
To better understand how the Aeroleaf 500W turbine performs under different wind conditions, we’ve included two graphs: one showing the relationship between wind speed and turbine RPM, and another showing the power output at various RPM levels.
Graph 1: Wind Speed vs. RPM
Explanation:
This graph shows how wind speed (in meters per second) affects the RPM (revolutions per minute) of the Aeroleaf 500W turbine. As wind speed increases, RPM rises — leading to faster rotations, which are essential for generating more power.
Graph 2: RPM vs. Power Output
Explanation:
This graph shows how the turbine's power output (in watts) increases with RPM. The rise in power isn't perfectly linear — efficiency starts to level out at higher RPMs. The graph also reveals the point at which the turbine hits its rated output.
The Aeroleaf 500W turbine’s energy output varies significantly depending on wind speed at the installation site. Below are examples of estimated energy production during smaller time blocks (e.g., an 8-hour period), which can give you a more accurate understanding of what to expect during specific times like the night, when solar power generation isn’t available.
Unlike solar energy, where we can predict sunlight and UV radiation with high accuracy, wind is highly unpredictable. Even with a weather station installed and data collected for 3-6 months prior to installation, it would only allow us to model energy generation accurately for that period. Wind patterns can change, and the local environment—such as trees, hedges, houses, and walls—can alter wind speeds, either intensifying it through wind tunnel effects or diluting it with obstructions. Thus, accurately forecasting wind energy production in the future is nearly impossible.
What we can do, however, is consider specific wind scenarios over shorter time frames (e.g., overnight or 8-hour blocks). The following estimates provide energy production values for various wind speeds over an 8-hour period, which can then be extrapolated to annual energy production based on local wind conditions.
The following energy estimates are calculated for an **8-hour block**, which represents a typical overnight period. The numbers below show how much energy the Aeroleaf 500W turbine could generate in different wind conditions during an 8-hour window, such as during the night or in the winter when solar panels are not generating power.
4 m/s Wind Speed
This is a moderate wind speed, typically experienced in areas with mild seasonal winds.
Estimated Energy for 8-Hour Block: 0.8 kWh
Estimated Annual Energy: 292 kWh
6 m/s Wind Speed
Common in regions like South West England and areas with moderate to strong wind conditions.
Estimated Energy for 8-Hour Block: 1.6 kWh
Estimated Annual Energy: 584 kWh
8 m/s Wind Speed
This wind speed is typical of windier locations like Highland Scotland.
Estimated Energy for 8-Hour Block: 2.8 kWh
Estimated Annual Energy: 1,022 kWh
10 m/s Wind Speed
Typically found in coastal areas with higher wind speeds.
Estimated Energy for 8-Hour Block: 4.0 kWh
Estimated Annual Energy: 1,460 kWh
12 m/s Wind Speed
Found in high-wind coastal regions or during strong seasonal winds.
Estimated Energy for 8-Hour Block: 4.8 kWh
Estimated Annual Energy: 1,752 kWh
14 m/s Wind Speed
Extreme wind conditions, often experienced during storms or extreme weather events.
Estimated Energy for 8-Hour Block: 5.6 kWh
Estimated Annual Energy: 2,044 kWh
Understanding regional wind speeds is crucial for assessing wind energy potential. Below are some of the windiest regions in mainland UK, along with their average annual wind speeds:
These figures are based on the 1981–2010 annual average wind speeds reported by the Met Office.
It's important to note that wind speeds can vary significantly within these regions due to local topography and coastal influences. For instance, coastal areas and elevated terrains often experience higher wind speeds compared to inland regions.
The **Sparki Report** details a real-world installation of the Aeroleaf® wind turbine, demonstrating its performance and impact on energy generation. The report provides insights into the energy outputs, system setup, and results from a live installation.
Read more about the Sparki Report and explore the full details of the installation and its real-world benefits:
The Aeroleaf 500W turbine is highly efficient and provides great potential for energy generation in areas with moderate to high wind speeds. As demonstrated in the examples, a higher average wind speed can significantly boost energy production. Additionally, the turbine’s ability to handle peak wind speeds means that it can outperform the typical estimates on particularly windy days, making it a versatile choice for renewable energy in windy regions across mainland UK.
Whether you're hands-on or hands-off, we've got options. Find a local installer or let Kilowatts.uk manage the project for you — from start to finish.
At an average wind speed of 6 m/s over an 8-hour night, the Aeroleaf 500W turbine can generate approximately 1.6 kWh of energy, equating to around 584 kWh per year under similar conditions.
With consistent 12 m/s wind for 8 hours, the Aeroleaf 500W turbine can produce up to 4.8 kWh. This translates to an estimated 1,752 kWh annually if similar conditions are sustained regularly.
Yes. The Aeroleaf 500W turbine is specifically beneficial at night, when solar panels are inactive. It continues producing power even during light breezes or high winds, ensuring overnight energy support.
As wind speed increases, so does the turbine's RPM. The page’s first graph illustrates this direct relationship—faster winds result in more rotations per minute, which increases energy generation potential.
It’s best to collect wind speed data using a weather station over 3–6 months. This helps model site-specific performance, considering obstructions like buildings or hedges that might alter local wind patterns.
Regions like the Shetland Islands, Orkney, Western Isles, and coastal parts of Wales and Scotland experience the highest average wind speeds in the UK—making them excellent locations for Aeroleaf turbines.
Aeroleaf offers hybrid models with solar petals. These combine solar and wind generation, improving uptime and energy capture across all seasons—particularly effective when solar alone isn't sufficient.
The estimates are based on 8-hour wind periods under stable speeds like 6, 8, 10, or 12 m/s. While helpful for scenario modeling, actual performance depends on real-world conditions and installation site specifics.
Each Aeroleaf turbine stands about 1.05 meters tall and weighs roughly 16.5 kg. Its compact and modular nature allows for single-unit use or group installations as 'Wind Trees'.
You can find trusted Aeroleaf installers through the Kilowatts.uk platform. Visit [https://kilowatts.uk/tags/aeroleaf-installer](https://kilowatts.uk/tags/aeroleaf-installer) to locate a certified partner near you.