lanl-ansi / micot Goto Github PK

Implement import functionality for Transformers for OpenDSS text files

Need to import line capacities from OpenDSS test files

Import 3 winding transformers and DC lines from Powerworld

The LPNORM input data files are out of sync with the RDT input files. For example MAX_MICROGRID is 0 in LPNORM files and 5000 in RDT files

Port natural gas unit tests to this platform

Port Electric power tests to the micot distribution

Make sure can_harden is explicitly an optional parameter

Hello,

I'm currently struggling with a bug being caused when using your software. There's a certain file-rdtOutput.json-that isn't being generated automatically like it should be. We think it might be an issue with the installation of scipLibrary.so. Is it supposed to be in the /usr/local/bin or /lib path?

This isn't occurring with anybody else at NRECA, so it seems like it is probably an issue with my system. Do you have any idea what might be going on? Also, can you make sure to update the installation docs? There's nothing in the Ubuntu repo for libreadline6 or libreadline6-dev.

Add modeling support to put constraints based on current rather than watts.

Quoteth @dpinney

Is it possible to list the loads that were lost in the GFM output?

This would simplify post-run analysis.

If this isn't possible inside GFM, it's something that could be done elsewhere (i.e. by comparing damaged lines from GFM to source circuit model).

Expand the GFM + RDT test set to include all of the PNNL taxonomic feeders (http://gridlab-d.shoutwiki.com/wiki/Feeder_Taxonomy

Couple requests:

1. Error out and show correct usage on invalid arguments. I.e. I ran java -jar micot-rdt.jar -c input.json -o new_out.json, it ran with no warnings, but it should probably tell me -o is invalid and then list the valid ones (I was looking for -e).

2. Add a -h flag that displays the command line usage.

3. Update docs to clearly list all command line options. Right now they're in the wiki under the 2nd set (?) of Linux install instructions.

2. Consider deprecating java implementation of RDT in favor of Julia implementation
   a. Determine if Julia binary builders are mature enough to build standalone binaries of RDT in linux, mac, and windows
   b. If a is true, create binaries of RDT that have exactly the same I/O and check if this works on NRECA platforms. If this requires more than a couple hours of NRECA time, scuttle idea for much later
   c. Implement Transportation model in PowerModels.jl and ThreePhasePowerModels.jl
   d. Implement linear outer approximation of quadratic constraints (will improve scalability)
   e. Make sure all RDT implementations in java are implemented in Julia
   f. Implement branch and price
   g. Implement scenario based decomposition
   h. Implement CommunicationModels.jl
   i. Consider building a direct input of glm files to lessen the burden on OMF to create two power flow models in LPNORM (one for gridlab d and one for RDT).