Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Using the kinetic energy of flowing rivers directly will broaden the hydropor resources. Two designs are presented for the generation of electrical energy. Both designs are connected with a von Karmans hydrodynamic instability. The first is a fluttering flag made of a piezoelectric polymer material, which is bending periodically in turbulent flow. Electrodes on the surface collect the generated charges. Secondly, a microstructured piezo-bimorph is presented. It is placed in an instable flow too, hence continuously bends up- and downward. Por ratings of 7.1µW per element could be achieved resulting in a por density of 70W/m3 using the common mechanical theory. Very thin films producible using micro technologies only show a completely different mechanical behaviour. The application of these film like elements could increase the por rating dramatically. Many of those generator bimorphs together with a rectifier are built up to modules which are part of an hydropor harvesting device placed into a flowing river.
['Sebastian Pobering', 'Norbert Schwesinger']
I am writing a research paper on a idea A Novel Hydropower Harvesting Device
[{"from": "human", "value": "I am writing a research paper on a idea A Novel Hydropower Harvesting Device"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Using the kinetic energy of flowing rivers directly will broaden the hydropor resources. Two designs are presented for the generation of electrical energy. Both designs are connected with a von Karman\u0092s hydrodynamic instability. The first is a fluttering flag made of a piezoelectric polymer material, which is bending periodically in turbulent flow. Electrodes on the surface collect the generated charges. Secondly, a microstructured piezo-bimorph is presented. It is placed in an instable flow too, hence continuously bends up- and downward. Por ratings of 7.1\u00b5W per element could be achieved resulting in a por density of 70W/m3 using the common mechanical theory. Very thin films producible using micro technologies only show a completely different mechanical behaviour. The application of these film like elements could increase the por rating dramatically. Many of those generator bimorphs together with a rectifier are built up to modules which are part of an hydropor harvesting device placed into a flowing river."}]