The 188.8.131.52 version installer has been posted. The 184.108.40.206 installer is still available at the same site in case you have a problem with the 220.127.116.11 version.
There are several additions and bug fixes since June 2013, including:
This version includes recent work on current-limited inverter models for Generator model 7, PVSystem, and Storage models.
Also, several new COM interfaces, including PDElements and XYCurves.
This beta version fixes several things including an issue with certain Plot commands that was throwing an exception, fixes to SAVE CIRCUIT, and some new stuff on reliability calcs (still in progress).
PDElements Reclosers Relays XYCurves
Changes to Interfaces:
Meters CktElement Bus
Beta Version Locations:
One of our users was kind enough to write down some things he thought would be useful for new users. I posted the document today.
If you have SVN linked to the repository, you can simply update. Otherwise, you can find it under the Doc folder under the name "OpenDSSPrimer":
/ trunk / Distrib / Doc /
The 18.104.22.168 version has some new ways to define the symmetrical component impedances of VSOURCE and REACTOR objects.
You can enter the impedance as a two-element array represent the real and imaginary components. For example:
This represents Z1= 1 + j2.
You can also enter a Z2 value that is different than Z1, which allows you to make equivalents of rotating machines. The first time you set Z1, the values for Z2 and Z0 are defaulted to the value entered for Z1. Then you can change Z0 and Z2.... read more
The 22.214.171.124 version of OpenDSS (now posted in the Distrib folder -- under Trunk) adds persistence to the font name and style (bold and italic are the options you have).
The values are saved in the Windows Registry. They are updated when you exit the program if you change the font parameters.
The OpenDSS is a simulator specifically designed to represent electric power distribution circuits. OpenDSS is designed to support most types of power distribution planning analysis associated with the interconnection of distributed generation (DG) to utility systems. It also supports many other types of frequency-domain circuit simulations commonly performed on utility electric power distribution systems. It represents unbalanced conditions, stochastic processes, and other aspects of electrical power distribution systems and equipment in far greater detail than many other tools, including commercial products. Through COM and scripting interfaces, other programs can drive OpenDSS in highly customized simulations, Monte Carlo analysis, etc. Users can define their own models through dynamic linking, scripting, or automation.... read more