A complex hydraulic facility is modelled in EPANET. The system consists in an underground high head Hydro Power Plant (HPP) and a Pumping Station (PS), operating in a pumped-storage hydropower scheme with three reservoirs. The complexity of the system is due to its unusual configuration, where the PS discharges the water directly into the HPP penstock. The PS is equipped with 2 × 10 MW pumps. The HPP is equipped with 2 × 75 MW Francis turbines. The simulations allow assessing the energy production and/or consumption in various scenarios, offering a tool to decision makers, to wittingly choose the operation mode of the facility
The scope of this thesis is to build a 1D numerical model of a hydraulic powerplant, transform it to...
The thesis describes the development of a generic nonlinear computer model of a pumped storage hydr...
This thesis demonstrates the utility of computer simulation in the modelling of hydro-electric and t...
A complex hydraulic facility is modelled in EPANET. The system consists in an underground high head ...
AbstractThe present case study points on the cooling water system of the Hydro-Power Plant (HPP) Bra...
The paper presents a simulation model of a hydroelectric power plants chain. The model allows solvin...
Energy storage is needed to enable the transition from fossil to renewable electrical energy sources...
Hydro power plants play a significant role in the generation of renewable energy by harnessing the p...
Water distribution systems are generally operated so as to provide enough pressure at all nodes that...
Hydropower is the most used renewable energy technology with over 4000 TWh electricity generated wor...
Surplus electric power produced during off-peak hours can be used to pump water from a lower to high...
The installation of hydropower plants equipped with pumps as turbines (PATs) in water supply systems...
The objective of this master's thesis is to describe the existing surge tank solutions and additiona...
Hydro-Quebec utilizes a one-dimensional hydrological model called H2RM to simulate the evolution of ...
In order to reach a 80% GHG emission reduction by 2050 (based on 1990 levels), a decarbonisation of ...
The scope of this thesis is to build a 1D numerical model of a hydraulic powerplant, transform it to...
The thesis describes the development of a generic nonlinear computer model of a pumped storage hydr...
This thesis demonstrates the utility of computer simulation in the modelling of hydro-electric and t...
A complex hydraulic facility is modelled in EPANET. The system consists in an underground high head ...
AbstractThe present case study points on the cooling water system of the Hydro-Power Plant (HPP) Bra...
The paper presents a simulation model of a hydroelectric power plants chain. The model allows solvin...
Energy storage is needed to enable the transition from fossil to renewable electrical energy sources...
Hydro power plants play a significant role in the generation of renewable energy by harnessing the p...
Water distribution systems are generally operated so as to provide enough pressure at all nodes that...
Hydropower is the most used renewable energy technology with over 4000 TWh electricity generated wor...
Surplus electric power produced during off-peak hours can be used to pump water from a lower to high...
The installation of hydropower plants equipped with pumps as turbines (PATs) in water supply systems...
The objective of this master's thesis is to describe the existing surge tank solutions and additiona...
Hydro-Quebec utilizes a one-dimensional hydrological model called H2RM to simulate the evolution of ...
In order to reach a 80% GHG emission reduction by 2050 (based on 1990 levels), a decarbonisation of ...
The scope of this thesis is to build a 1D numerical model of a hydraulic powerplant, transform it to...
The thesis describes the development of a generic nonlinear computer model of a pumped storage hydr...
This thesis demonstrates the utility of computer simulation in the modelling of hydro-electric and t...