YOUR QUESTIONS
Vertical wind turbines have some advantages, such as better adaptation to changing wind directions and speeds, lower noise pollution and a more compact design.
Vertical wind turbines are not competitors, but rather a valuable complement to horizontal wind turbines. By focusing on the strengths of both turbine types, highly efficient synergies can be achieved in wind farms, for example.
Yes, that works and is called energy complementarity: wind and solar resources often complement each other seasonally. For example, many regions experience stronger winds in winter when solar radiation is weaker.
The power you can expect from a vertical wind turbine depends on several factors, including the size of the turbine, the wind speeds at your location, the efficiency of the turbine design and other local conditions. In our case, we reach a maximum output of 1 MW megawatt.
Vertical wind turbines can operate at lower wind speeds than many horizontal wind turbines. The exact wind speeds required to operate a vertical wind turbine depend on several factors, including turbine design and model performance. In general, vertical wind turbines can start generating electricity at wind speeds of around 2 to 3 metres per second (m/s). This corresponds to about wind force 2 on the Beaufort scale.
The cost of vertical wind turbines can vary greatly depending on their size, power, and the location where they are to be erected. There are many factors that go into this calculation. Our vertical wind turbine, for example, has an impressive output of 1 MW, and it can be placed in locations where conventional horizontal turbines would be impossible. However, it can also be used to complement horizontal wind turbines. Furthermore, the installation of our turbine is both faster and cheaper. It is therefore advisable to carry out a comprehensive cost-benefit analysis to assess the long-term economic benefits of this technology.
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