ASPEN OneLiner 11.7-0daytown

File Size: 33 MB

ASPEN OneLiner is a software application for analyzing and modeling transmission and distribution networks. This program allows you to design the most extensive power distribution networks and perform various calculations such as short circuit, network stability analysis, optimization of consumables such as cables, finding suitable locations for capacitors, calculating costs and amount of materials. Did some consumption. With this software you can define different types of scenarios in the program and measure network behavior against it.

This software is actually a tool to increase the efficiency of electrical and power engineers because it no longer requires repetitive, time consuming and tedious tasks. All operations are modeled in the software environment, and by simply changing the network configuration and configuration, the rest of the network’s behavior towards the change can be measured. It specializes in finding short circuits and calibrating current relays and has distinctive features compared to competitors. Aspen OneLiner is currently being used in 24 countries worldwide, and the manufacturer has been able to gain a good share of the market with a well-supported consumer base.

The following are some highlights of OneLiner:

Native Microsoft Windows program.
Easy-to-use interactive graphics interface under Windows 7, 8 and 10.
Accurate modeling of 2- and 3-winding transformers,phase shifters, lines, switch, series capacitors (with and without nonlinear MOV elements), generators, loads, shunts, dc lines, and zero-sequence mutual coupling.
Modeling of current-limited generators for wind and solar plants. Modeling of VSC converter.
Detailed modeling of fuses, reclosers, and overcurrent relays. Comes with an extensive relay library that can be edited by the user.
Detailed modeling of distance relays using make- and model-specific parameters and operating logic.
Modeling of over- and under-voltage protection relays.
Modeling of line differential protection schemes.
Modeling of relays’ communication assisted protection schemes.
Built-in short circuit program that simulates all classical fault types (bus faults, and close-in, line-end, line-out and intermediate faults), as well as simultaneous faults (arbitrary collections of classical faults, plus phase-open and bus-to-bus faults).
Unlimited system size with modest memory requirement.
Lightning fast solution speed. Parallel processing on muti-core computers.
Tools for PRC compliance: PRC-023-3, PRC-025-1, PRC-026 and PRC-027.
Advanced analysis tools: stepped-event analysis, boundary equivalence, voltage sag analysis, fault location, arc flash analysis, and more.
Graphical display of post-fault solution and relay operating time on the one-line diagram and the phasor diagram.
Automatic checking of overcurrent and distance relay coordination, plus automatic checking of overcurrent relays’ pickup and instantaneous settings.
Automatic plotting of overcurrent and distance relay characteristics on the screen, as well as fault-based time-distance diagrams for all relay types.
User-defined distance-relay methods using DLLs written in C++.
High-quality printed outputs on a large variety of printers and plotters.
Built-in boundary equivalence program.
Generates relay end-to-end test files in Doble, COMTRADE and other formats.
Data importing facilities for short circuit data in ANAFAS, ANAREDE, GE, PTI (PSS/E and PSS/U) and other formats.
Data exporting in PTI PSS/E raw and sequence data format, GE PSLF and Short Circuit formats, ANAFAS data format, and AREADE data format.
Two-way data exchange with ASPEN Relay Database. Ability to download relay settings from Doble/ENOSERV PowerBase.
Built-in scripting language using the BASIC programming language.