Sentence examples for hydropower applications from inspiring English sources

The natural phenomena hydraulic jump that is commonly used in spillways as an energy dissipater coupled to hydropower applications has been investigated with Smoothed Particle Hydrodynamics.

The simplicity of the construction and its capability for low-head water current energy extraction are the main advantages of the system making it a possible solution for low-head hydropower applications.

Micro-hydropower applications can provide cost-effective solutions for the energy generation in rural, remote, and hilly areas where cost is prohibitive to connecting to the major power grid.

Furthermore, it can be suggested that Atsbi, Chercher, Mekele and Senkata were most profitable for electrical and mechanical applications than hydropower cost in the country.

On the basis of presentation of system architecture, some ICMMS applications on hydropower plant and power system dispatching center are described.

In the present survey, one investigates the existing situation concerning the applications of hydropower plants in Greece, while the results obtained are compared with the corresponding international and European situation.

This unique geomaterial has captured attention in civil and infrastructure engineering applications, such as hydropower construction (Casagli et al. 2003), landslide monitoring (Li et al. 2007; Xu and Hu 2008), backfill engineering (Börgesson et al. 2003), and transportation engineering (Zhao et al. 2006), among other applications.

In addition, a practical application in Jinping II hydropower project was presented as a verification.

The process is demonstrated with an application to a proposed hydropower facility on the Arun River in Nepal.

In real application, the full-sized hydropower system will be anchored in a river, and when the water passes through the equipment, it will rotate the paddle wheels to create very high torque at their axes.

Despite the necessary improvements mentioned, the results suggest that benefits can result from the application of ensemble forecasts for hydropower plants with large basins within the Brazilian energy system.