Alternative Energy Hungary: River Energy
EU members must produce at least 6% of their energy via renewable energy sources by 2010, with the Union discussing the possibility of increasing this to 12% by 2020.
Currently only 3.6% of energy generated in Hungary comes via alternative energy sources (excluding nuclear), primarily from windfarms, bio-plants (wood chipping) and solar panels.
Oroszi told The Budapest Sun, "Electricity cannot be stored in bulk form and must constantly be generated."
Wind and sunshine have sporadic cycles in Hungary, and costly to run bio-plants need huge storage facilities for fuel.
"So far very few experts have even considered using Hungary's rivers to harvest much needed energy," said Oroszi, explaining that this is currently the sole source that can offer alternative energy producers "clean or green energy non-stop".
"Every second, billions of cubic meters of river water is flowing through Hungarian territory," he enthused.
Oroszi says that, based on scientific research, the Danube river (which flows a total 417km in Hungary) has a yield of 2,270 cubic meters per second, and flows at 1.18 meters per second (measured at Nagymaros), while the Tisza river (which flows 596 km in Hungary) yields about 740 cubic meters per second at a speed of 0.61 meters per second (measured at Szeged).
With the EU subsidizing green projects, Oroszi has received many inquiries concerning his patented idea for a relocatable cluster of generators producing power from flowing water, for which feasibility studies are also underway. "It would be an offense not to harvest the colossal amount of money-saving energy available in Hungarian rivers when the world is yearning for renewable energy sources.
"Even the slowest flowing, so-called 'passive rivers' can be utilized to harvest electricity, even to supply whole villages nearby," he said. Oroszi added that the system is "guaranteed to not only be profitable, but also environmental-friendly."