The growing interest in sustainable energy solutions, coupled with recent technological
advancements, has led to increased exploration of ultra-low-head hydropower systems. This …

The rising global demand for clean and renewable energy has intensified interest in
hydrokinetic energy harvesting, with Savonius turbines gaining attention due to their …

A hybrid hydrokinetic turbine can become an efficient converter to harness the untapped
hydrokinetic energy of small-scale hydro potentials sites such as canals and rivers …

Hybrid hydrokinetic turbine (HKT) performance can be maximized with the right design and
flow characteristics, but they can only be determined through a methodical process …

The lift-type helical hydrokinetic turbine (LHHT) owns combined capabilities of low torque
pulsations and high rotating speed, stimulating the researchers' attention towards power …

The present study aims to explore the applicability of hydrokinetic turbine (HKT) in a closed
conduit. Spherically curbed Savonius HKT (SSHKT) was designed to calculate turbine …

This review provides an analysis of advancements in the design and performance
assessment of Darrieus wind turbines over the past decade, with a focus on the …

Hydrokinetic turbine provides a viable option for tap** energy from free-flowing water,
making it an attractive contributor to the renewable power landscape. This study investigates …

The kinetic energy stored in water streams could be used to generate electricity via
hydrokinetic rotors, due to the availability of kinetic energy from flowing water. Darrieus and …

In the context of exploiting renewable sources, cross-flow helical hydrokinetic turbine is
conceded as one of the promising choices to unlock the potential in free-flowing water …