The hydrokinetic industry has advanced beyond its initial testing phase with full-scale
projects being introduced, constructed and tested globally. However primary hurdles such …

Increased demand of energy leads to exploration of new sources of energy. In the last few
years, hydrokinetic energy technology emerged as an important area in the field of …

Cross flow hydrokinetic turbines have been considered a decent choice for riverine
applications. Under the present work, performance of hybrid rotor cross flow hydrokinetic …

If hydrokinetic turbines are to make a significant contribution to small scale off-grid power
supply, they will need to be affordable, reliable and easily deployed at many sites, not just a …

This study presents an analysis of an isolated hybrid photovoltaic, hydrokinetic and wind
system that has storage. The energy generated in combination of resources according to the …

Hydrokinetic turbines are prone to a harsh hydrodynamic environment with intricate vortical
flows that elevate the probability of failure. The degradation of the blade surface caused by …

Hydrokinetic turbines experience a harsh hydrodynamic environment with complex vortical
flows which increase failure probability. The selection of turbine blade material is extremely …

The research of sustainable energy sources is thriving as significant efforts are being made
to reduce energy costs through innovations. In the case of closed conduit axial flow turbine …

This paper aims to explore the history and development of eight types of reaction water
turbines, namely Hero’ s turbine, Barker’ s mill, Pupil’ s turbine, Whitlaw’ s …

H-Darrieus hydrokinetic turbines are an alternative for small hydroelectric plants. These
turbines are considered to have a low environmental impact as they do not require …