DocumentCode
800303
Title
Distribution engineering tool features a flexible framework
Author
Shaalan, Hesham ; Thompson, Jeff ; Broadwater, Robert ; Ellis, Mike ; Ng, Harry
Author_Institution
Electrical Distribution Design Inc., USA
Volume
8
Issue
3
fYear
1995
fDate
7/1/1995 12:00:00 AM
Firstpage
21
Lastpage
24
Abstract
The Electric Power Research Institute (EPRI) has been involved in developing a software package designed to meet the needs of distribution engineers. The result of these efforts is a workstation software package (DEWorkstation) that provides an open architecture environment with integrated data and applications. Analysis, design, and operation modules access database data and exchange data through common functions. The open architecture allows external application modules to be added to the workstation. External measurements such as voltage, current, and temperature may be imported and displayed on the circuit schematic. These imported variables are made available to any application program running within the workstation. This distribution engineering tool is designed to meet the analysis, planning, design, and operation needs of distribution engineering through its available application modules. Modules perform the following types of analyses: power flow, load estimation, line impedance calculation, fault analysis, capacitor placement, phase balancing, and more. External data such as customer information system data and distribution transformer data may be imported. The workstation is designed to provide utilities with a platform suitable for distribution automation evaluations
Keywords
application program interfaces; distribution networks; engineering graphics; engineering workstations; graphical user interfaces; open systems; power system analysis computing; software packages; workstations; DEWorkstation; EPRI; Electric Power Research Institute; application program interface; capacitor placement; customer information system data; data exchange; database data access; distribution automation evaluations; distribution engineering tool; distribution transformer data; fault analysis; graphical user interface; line impedance calculation; load estimation; open architecture environment; phase balancing; power flow; software package development; workstation software package; Application software; Computer architecture; Databases; Design engineering; Load flow analysis; Performance analysis; Power engineering and energy; Software design; Software packages; Workstations;
fLanguage
English
Journal_Title
Computer Applications in Power, IEEE
Publisher
ieee
ISSN
0895-0156
Type
jour
DOI
10.1109/67.392021
Filename
392021
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