yesThis paper models a hydro turbine based on the dynamic description of the hydraulic system having a surge tank and elastic water hammer. The dynamic of the hydraulic system is transformed from transfer function form into the differential equation model in relative value. This model is then combined with the motion equation of the main servomotor to form the nonlinear model of the hydro turbine, in which the power of the hydro turbine is calculated using algebraic equation. A new control model is thus proposed in which the dynamic of the surge tank is taken as an additional input of control items. As such, the complex hydraulic system is decomposed into a classical one penstock and one machine model with an additional input control. There...
Power system performance is affected by dynamic characteristics of hydraulic governor-turbines durin...
Hydropower is an essential part of the renewable energy sector. High efficiency, immediate availabil...
The Francis hydro-turbine is a typical nonlinear system with coupled hydraulic, mechanical, and elec...
Mathematical and simulation models enable hydroelectric power unit dynamic behavior analysis using c...
This Master s Thesis work deals with the development of improved hydro turbine models for the evalua...
International audienceThis paper describes the development of a reduced-order linear mathematical mo...
Any changes of the volume flow through a turbine gives acceleration or deceleration of the masses of...
The thesis deals with a procedure for developing mathematical models of hydraulic components for hyd...
The paper presents a detailed numerical model of the dynamic behaviour of a Francis turbine installe...
The objective of this master's thesis is to describe the existing surge tank solutions and additiona...
The hydraulic models representing hydro turbines and conduit system found instandard model libraries...
Abstract – Appropriate modeling of hydro system including penstock, hydro-turbine and the speed gov...
This paper addresses the design of an advanced control strategy for a typical hydroelectric dynamic ...
This paper presents a mathematical model of hydro power units, especially the governor system model ...
Over the past years, hydropower model and control were largely based on classical and linear transfe...
Power system performance is affected by dynamic characteristics of hydraulic governor-turbines durin...
Hydropower is an essential part of the renewable energy sector. High efficiency, immediate availabil...
The Francis hydro-turbine is a typical nonlinear system with coupled hydraulic, mechanical, and elec...
Mathematical and simulation models enable hydroelectric power unit dynamic behavior analysis using c...
This Master s Thesis work deals with the development of improved hydro turbine models for the evalua...
International audienceThis paper describes the development of a reduced-order linear mathematical mo...
Any changes of the volume flow through a turbine gives acceleration or deceleration of the masses of...
The thesis deals with a procedure for developing mathematical models of hydraulic components for hyd...
The paper presents a detailed numerical model of the dynamic behaviour of a Francis turbine installe...
The objective of this master's thesis is to describe the existing surge tank solutions and additiona...
The hydraulic models representing hydro turbines and conduit system found instandard model libraries...
Abstract – Appropriate modeling of hydro system including penstock, hydro-turbine and the speed gov...
This paper addresses the design of an advanced control strategy for a typical hydroelectric dynamic ...
This paper presents a mathematical model of hydro power units, especially the governor system model ...
Over the past years, hydropower model and control were largely based on classical and linear transfe...
Power system performance is affected by dynamic characteristics of hydraulic governor-turbines durin...
Hydropower is an essential part of the renewable energy sector. High efficiency, immediate availabil...
The Francis hydro-turbine is a typical nonlinear system with coupled hydraulic, mechanical, and elec...