“OPEN-ENDED LABORATORY” METHOD APPLIED IN THE CONCEPTION OF A TEST BENCH TO SIMULATE A DIESEL - ELECTRIC TRANSMISION
Journal Title: ANALELE UNIVERSITATII DIN CRAIOVA - Seria Inginerie electrica - Year 2011, Vol 35, Issue 35
Abstract
This paper describes the application of a creative method (open-ended laboratory) in a research team work, to create an experimental bench which could be used, with various objectives, in the study of Electrical Machines used in a complex drive system. The paper is structured in two levels: the first level is a review on the creative method of work and the second is the study of the technical problems. The conception of this test bench was made using a new and creative method named “open-ended laboratory” and a modular laboratory of electrical machines. The technical subject of this paper is the synchronous generator as a component in the traction electric system with diesel electric transmission. To make a synthesis of this subject was used the concept of the flow chart, a new interactive mode of thinking in team. In this creative work was used also the brainstorming technique. Concerning the technical problem was studied a lot of literature on the problem of diesel electrical transmission. A complex (technological, materials, engineering and financial) approach is required to solve the arising engineering problems, so, the starting point of this study is the actual context of diesel electrical traction and the constraints imposed to the synchronous generator. Experimental data were recorded with an acquisition board and modeled with LabView.
Authors and Affiliations
Gabriela-Dana PETROPOL-SERB, Ion PETROPOL-SERB, Ioan CAUTIL, Adrian MUNTEANU
Keywords
Related Articles
- EP ID EP140116
- DOI -
- Views 132
- Downloads 0
Dynamic State of Low Power Asynchronous Motors in Direct-on-Line Starting
The research opportunity is explained by the results obtained in modelling and simulation of asynchronous motors, in the purpose of increasing their technical and economic performances when they operate in dynamic states...
Evolution of the Electric Power Components Definitions
This paper contains a review of the scientific literature published till date in the field of power theory for systems with periodic non-sinusoidal waveforms. Dynamic increase in the number of installed nonlinear l...
Embedded System for Controlling the Temperature Inside of an Electric Furnace
We have been listening for a long time to the wide functionality that industrial automation technologies can offer for improving the processes and adding security to the plants and the parts of them. However the price...
Synthesis of the PID Algorithm for Control the Thermal Regime in the 3D Printer
In this paper it is described the automatic system for formation the small pieces from polymer, based on the principle of thermoplastic extrusion and it is proposed the graph – analytical algorithm for identification the...
TIME-DOMAIN BASED ACTIVE COMPENSATION STRATEGIES UNDER NONSINUSOIDAL CONDITIONS IN THREE-PHASE THREE-WIRE SYSTEMS
This paper deals with the peculiarities involved by the operation under nonsinusoidal voltage conditions on the generation of the reference compensating current in three-phase three-wire shunt active power filters. The t...