BAHARI TURBINES
The Bahari turbine employs three unique steps. For starters, it eliminates the requirement for a bucket splitter by utilizing prior Pelton technology, i.e. individual buckets. Second, it reduces the injector aperture by at least half the size of the Pelton injector aperture. Finally, it employs thin injector apertures such as elliptical or rectangular injector apertures.
To discuss partnership and licensing opportunities, contact us:
Ali B. Jamaludin
Researcher
Ahmad Mumtaz Ali
Manager, Technology Commercialization
Address the drawbacks of current turbines commonly used in hydropower stations. For example, this turbine presents low installation costs, broad site adaptability, and superior turbine efficiency.
Key Features & Benefits
Smallest weight to power ratio among all hydro turbines.
Smallest wetted area of the bucket thus produces lowest bucket friction loss.
Highest jet deflection angles, 170-177 degree when compared to Turgo and Pelton turbine, which have deflection angle between 155-170 degree.
Can be designed to have two wheels per shaft for vertical shaft configuration.
No bucket splitter ridge is required to reduces maintenance cost and eliminate splitter power loss no bucket splitter ridge needed.
Potential Applications
Prime mover for generators
Isolated or grid connected turbine generators.
