ویراساینس.
سند علمی

Modularization Modeling for Real - Time Simulation of Hydropower Plants

Chengming WU

چکیده

A modularization method has been proposed here for the full scope real-time simulation of a large-scale hydropower plant. In this method, the full scope dynamic simulation model can be decomposed into several subsystems that can be calculated independently in every time step, and each kind of subsystem model is developed to be a standard module. Using object-oriented modeling method for the simulation of hydropower plant protection systems, a general relaying module is developed to model a versatile protective relay, and a specific protective relay can be modeled through initialization of the general relaying module with different specific parameters and coordination settings. By doing these, the simulation time is reduced considerably, and the full scope simulation model of hydropower plant is convenient to develop, modify and maintain.

اسناد مشابه

  • Application of real-time simulation for hydropower plants monitoring

    سند علمی۲۰۱۵Michel Sangkyu HAN, Thomas A. Edison, Farhad Rachidi

    The global emission ofCO2 has increased in the sector of power generation from countries outside the OECD, particularly in China which comprises two-third of the share. Meanwhile, OECD countries focus their effort in reducing their emission, where the industry area declined their

  • Hydro-Clone: Innovative Real-Time Simulation Monitoring System for Hydropower Plant Transient Survey

    سند علمی۲۰۱۵C. Nicolet

    This article first of all presents an innovative application of Real-Time Simulation Monitoring (RTSM), defined hereafter as “hydro-cloning”, developed by Power Vision Engineering. Second, a successful implementation of hydro-cloning is presented for the 170 MW La Bâtiaz hydroele

  • Modular Multi-Rate and Multi-Method Real-Time Simulation

    سند علمی۲۰۱۴Bernhard Thiele, Martin Otter, Sven Erik Mattsson

    The demand to ever increase realism and scope of models routinely exceeds the currently available computing power and thus requires thoughts on improving simulation efficiency. This is especially true for real-time simulations, where fixed timing constraints do not allow to just

  • Study of Parallel Compressor System and Real-Time Simulation Based on Modular Dynamic System Greitzer Modeling

    مقاله‌ی دسترسی آزاد۲۰۲۳Machines['Yang Su', 'Xuejiang Chen', 'Xiaoming Liu', 'Xin Wang', 'Xiaodong Li', '']

    The compressor system is widely used in aerospace, chemical industry, and other industrial fields. Modeling a of great significance to the study hydrodynamics surge characteristics. Modular Dynamic System Greitzer (MDSG) modeling real-time model simulate dynamic response complex

  • Real-Time Simulation of CESA-I Central Receiver Solar Thermal Power Plant

    سند علمی۲۰۰۹Javier Bonilla, Lidia Roca, Luis J. Yebra, Sebastián Dormido

    This paper presents a real-time heliostat field simulator, based on a hybrid model, using Modelica as the modelling language. The development of industrial dynamic simulators, in this work for a central receiver solar thermal power plant: CESA-I from CIEMAT-PSA, is mainly aimed a

  • Radial Basis Function Network (rbfn) Approximation of Finite Element Models for Real-time Simulation

    سند علمی۲۰۱۱Madusudanan Sathia Narayanan, Puneet Singla, Venkat Krovi

    Nonlinearities inherent in soft-tissue interactions create roadblocks to realization of high-fidelity real-time haptics-based medical simulations. While finite element (FE) formulations offer greater accuracy over conventional spring-mass-network models, computational-complexity