Biome Renewables PowerCone®: Empowering New Zealand’s Wind Energy Efficiency
Biome Renewables PowerCone®: Empowering New Zealand’s Wind Energy Efficiency

Biome Renewables PowerCone®: Empowering New Zealand’s Wind Energy Efficiency

Representation of the PowerCone

PowerCone® is a cutting-edge technological innovation developed by Biome Renewables, aimed at optimizing the efficiency of wind turbines. Inspired by natural elements like the kingfisher and maple seeds, this device embodies the principles of biomimicry to enhance the aerodynamic performance of wind turbines, showcasing the potential of biomimicry in enhancing renewable energy technologies. This innovation effectively channels wind onto the blades of wind turbines, optimizing their performance.

Manufacturing the PowerCone at CCI, showing structural layering of the fiber sheets.

Biomimicry Design

“Biomimicry helps us innovate in ways that other companies just can’t or don’t,” “It’s the multiple iteration loops that we go through — from talking to customers on the one hand and co-creating something with them, asking them what their problems are, and then on the other hand, we are looking at the math and the physics of it. And we’re pulling at it from multiple angles. And then nature comes in with the biomimicry piece, because nature is very good at solving problems.” said Ryan Church, founder, CEO, and CTO of Biome Renewables.

Primary benefits and massive gains of the PowerCone. 

Integration of PowerCone® with New Zealand’s Existing Wind Turbines

New Zealand’s commitment to renewable energy is evident in its extensive use of wind power. According to the latest data, the country operates 19 wind farms with a total installed capacity of over 690 MW. This capacity annually powers approximately 450,000 homes. For example, the largest turbines at the Waipipi wind farm have a capacity of up to 4.3 MW each.

PowerCone® offers significant enhancements to these existing systems. It can be installed on 98% of all existing turbines worldwide, including those compatible with New Zealand’s turbines. The device connects directly to the turbine’s hub and functions by redistributing wind flow more evenly across the turbine blades. This not only captures and utilizes more wind but also reduces mechanical loads and operational stress, potentially extending the lifespan of the turbines.

Impact and Benefits

The main benefit of PowerCone® is its ability to increase Annual Energy Production (AEP) by up to 13%. This is achieved by shifting the entire power curve of the turbine to the left, which means the turbine starts producing power at lower wind speeds than before. Additionally, by smoothing the pressure distribution across the rotor disc, PowerCone® reduces the negative impact of wind gusts and balances pressure, enhancing overall turbine performance.

This efficiency boost is particularly important for New Zealand, especially as the country aims to achieve 100% renewable electricity generation by 2035. PowerCone® not only makes existing wind turbines more productive but also allows economically viable wind farms in areas with lower wind speeds.

Future Prospects

With ongoing development and the potential for cost reductions as production scales up, PowerCone® could play a key role in New Zealand’s energy landscape. Its ability to retrofit existing turbines makes it an economically attractive option for enhancing the performance of New Zealand’s wind farms without the need for complete overhauls or new installations.

Biome Renewables continues to innovate and test PowerCone® under various conditions to ensure it remains a reliable and effective solution for increasing wind turbine efficiency. As New Zealand continues to expand its wind energy capacity, technologies like PowerCone® are crucial for maximizing the potential of renewable resources and advancing toward a more sustainable energy future.

We invite you to follow BIOMIMICRY NZ and join us in exploring and promoting more such innovative sustainable technologies in New Zealand.

Click here to visit the official Biome Renewables website.