Sentence examples for modeling hydropower from inspiring English sources

Parameter identification of water turbine regulation system (WTRS) is crucial in precise modeling hydropower generating unit (HGU) and provides support for the adaptive control and stability analysis of power system.

This paper presents the design of a component library for modelling hydropower plants, and describes the development of a new simulation tool for small hydropower plants with a run-of-river scheme.

Moreover, the correctness of this approach is verified by comparing with other three models of hydropower stations.

A general model of hydropower plant with run-of-river scheme is created with this component library.

Development and pre-design of concrete structures for a field model of hydropower driven water supply system with wood-stave pipeline; see (Nestmann et al. 2015).

In this study, we proposed a stochastic optimization model for hydropower generation reservoirs, in which 1) the transition probability matrix was calculated based on copula functions; and 2) the value function of the last period was calculated by stepwise iteration.

The pumped hydropower storage system modelled here could, for example, provide 1000 MWh a day for almost 10 days (information provided by a pumped hydropower storage operating company).

Accordingly, we present here an appropriate auditing procedure, and demonstrate its use with the examples of measurement of rock stress (as a soft audit) and modelling for the design of hydropower caverns in China (as a semi-hard audit), the auditing questions being tailored to the nature of the work being audited.

This chapter discusses much of the issues related to modeling of existing hydropower plants with the Akosombo Hydroelectric Dam as a case study.

In case of fixed head hydro plants, water discharge rate curves are modeled as a quadratic function of the hydropower generation and thermal units with nonsmooth fuel cost function.

This paper presents a sustainability assessment model for micro hydropower plants.