| Interface | Description |
|---|---|
| BMtrxElemBldr.BMtrxElem | |
| BusMonitor.Action | |
| BusSetMonitor.Monitor | |
| ContingencySet.Contingency | |
| ConvergenceList.WorstVoltage | |
| Mismatch.WorstMM | |
| MismatchReporter | |
| Monitor | |
| VoltageSetPoint.SetPoint |
| Class | Description |
|---|---|
| ACBranchAdjacencies |
Associate the network adjacency with PAModel / ACBranches.
|
| ACBranchAdjacencies.MatrixElementBuilder |
Provide a hook to build the matrix elements in the same processing loop as
building the adjacencies
|
| ACBranchExtList<T extends ACBranchExtList.ACBranchExt> |
Interface to extend AC Branch with some additional tweaks
Complex admittance
From- and To-side buses with possibly-adjusted topology.
|
| ACBranchExtList.ACBranchExt | |
| ACBranchFlows | |
| ACBranchFlows.ACBranchFlow | |
| ACBranchJacobianList |
Compute the Jacobian for each AC Branch
|
| ACPowerCalc |
Calculate AC power and generate mismatches
Two separate models exist for SVC's.
|
| Active1TData |
Provide housekeeping for a more general view for accessing MW / MVAr
injections on 1-terminal devices
|
| BasicContingencyManager |
Run contingencies using simple scheduling algoriths, either serial or using
parallel streams
|
| BDblPrime |
Create a B'' matrix.
|
| BDblPrime.MatrixElementBuilder | |
| BMtrxElemBldr | Deprecated |
| BPrime | |
| BPrime.MatrixElementBuilder | |
| BusMonitor |
Monitor conditions on buses and take action as appropriate
|
| BusSetMonitor | Deprecated |
| BusShiftFactor |
Calculate shift factor between two buses.
|
| BusTypeUtil | |
| CATest | |
| CAWorker | |
| CAWorker.Result | |
| ContingencyManager | |
| ContingencySet | |
| ConvergenceList | |
| DetailMismatchReporter | |
| FDPowerFlow |
Fast-decoupled AC Power Flow
|
| FixedShuntCalcList | |
| GenVarMonitor |
Monitor generator vars and convert bus type if needed
|
| LinearPowerFlow | |
| ListDumper | |
| Mismatch |
Manage mismatches
|
| PwrAppModelBldr |
Build a model that can wrap an OpenPA PAModel object, but provide a
consistent view with different topologies and hide devices that are out of
service.
|
| PwrAppModelBldr.Topology | |
| RATCWorker |
Remedial adaptive topology control (RATC)
Evaluate power system to recommend switching actions that will alleviate flow
on specified branch by calculating a set of Line Outage Distribution Factors (LODF)
and applying them to the solved flows
The algorithm works as follows:
Fabricate and place 100MW flow across selected branch
Solve flows for fabricated case
Calculate fraction of flow in target branch
Assign remaining fracction to network, NF
LODF for each Line (branch, actually), = flow / 100 / NF
|
| ShiftFactorModelBuilder | |
| SummaryMismatchReporter | |
| SVCCalcList |
Calculate SVC injections (and B'' entry) based on bus voltage mag.
|
| TestModel | |
| VoltageSetPoint |
Monitor "remote" bus voltage and take action
|
| Enum | Description |
|---|---|
| BusType | |
| CAWorker.Status | |
| ConvergenceList.Status | |
| ConvergenceList.StatusP | |
| ConvergenceList.StatusQ | |
| ConvergenceList.TerminateCondition | |
| Mismatch.Status |