A natural esinti in wind rose
Studies on smaller and quieter wind roses are increasing with the help of technology. The range on this topic is quite wide: small poultry models from home to garden promise that houses can meet their own energy regardless of the grid. The models with unwinged designs that are suitable for industrial use, strong and not used, are working with high efficiency by moving with the principle of resonance.
New wind rose developed at Iowa State University]] separates with a little more “natural” than other examples. Developed by example of branches and leaves of the poplar tree, the artificial leaves of this device produce energy as they swing in the wind. The strips inside the leaves produced from a special plastic material enable the formation of electricity as it moves with the help of the wind. [
On the basis of the sample of poplar trees in the design, the stems in poplar leaves are flat. This flat stems allow leaves to release more regularly. Regularly swing leaves optimize energy production.
]
The research team does not claim that new design will replace wind roses. They note that alternative uses can create greater potential. For example, this leaves that produce electricity can be adapted to the city life by means of camouflage of base stations.
The tree developed by the research team is a bit small. The trees, which will be formed from tens of thousands of leaves, are expected to provide electricity production in efficiency to meet the needs of the market.
[
(This biomimic design is developed based on ]pelectric] Tags. Piezoelectric property can turn mechanical energy into electrical energy or vice versa to mechanical energy. This feature reveals some materials with mechanical pressure application.
New wind rose developed at Iowa State University]] separates with a little more “natural” than other examples. Developed by example of branches and leaves of the poplar tree, the artificial leaves of this device produce energy as they swing in the wind. The strips inside the leaves produced from a special plastic material enable the formation of electricity as it moves with the help of the wind. [
On the basis of the sample of poplar trees in the design, the stems in poplar leaves are flat. This flat stems allow leaves to release more regularly. Regularly swing leaves optimize energy production.
]
The research team does not claim that new design will replace wind roses. They note that alternative uses can create greater potential. For example, this leaves that produce electricity can be adapted to the city life by means of camouflage of base stations.
The tree developed by the research team is a bit small. The trees, which will be formed from tens of thousands of leaves, are expected to provide electricity production in efficiency to meet the needs of the market.
[
(This biomimic design is developed based on ]pelectric] Tags. Piezoelectric property can turn mechanical energy into electrical energy or vice versa to mechanical energy. This feature reveals some materials with mechanical pressure application.
Source: Energy