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PSS®E Update March 17-20, 2014 MVWG Meeting, Salt Lake City, UT PowerPoint PPT Presentation


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Siemens Power Technologies International . PSS®E Update March 17-20, 2014 MVWG Meeting, Salt Lake City, UT. PSS ® E Recent Releases and Planned Releases. Recent Releases 32.2.2, 33.1 through 33.5 GIC Module RAV Module New Dynamics Models Planned Releases 32.2.3 – Early Q2 2014

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PSS®E Update March 17-20, 2014 MVWG Meeting, Salt Lake City, UT

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Siemens power technologies international

Siemens Power Technologies International

PSS®E Update March 17-20, 2014 MVWG Meeting, Salt Lake City, UT


Pss e recent releases and planned releases

PSS®E Recent Releases and Planned Releases

Recent Releases

32.2.2, 33.1 through 33.5

GIC Module

RAV Module

New Dynamics Models

Planned Releases

32.2.3 – Early Q2 2014

34.0 – Q3 2014:

Node Breaker Modeling

34.1 – Q4 2014

Model Management Module

RAV for Dynamics

Page 2


Dynamic models 33 5 large scale pv model

Dynamic Models (33.5)Large Scale PV Model

REECBU1 – Electrical Control Model

REGCAU1 – Generator/Converter model

Page 3


Pss e 33 5 results analysis and visualization rav

PSS®E 33.5 Results Analysis and Visualization (RAV)

  • Tools for analyzing and Visualizing PSS®E results from Contingency Analysis

  • Offered as a value-added module

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Pss e update march 17 20 2014 mvwg meeting salt lake city ut

PSS®E 33.5Slider Diagrams – Mini-map and Contour Legend

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Pss e 33 4 2 nd generation type 3 4 wind models

PSS®E 33.4 2nd Generation Type 3 & 4 Wind Models

  • New second generation WT3 & WT4 models, fully compatible with WECC second generation requirements

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Pss e 33 4 2 nd generation type 3 4 wind models1

PSS®E 33.4 2nd Generation Type 3 & 4 Wind Models

REGCAU1 – Generator/Converter model

REECAU1 – Electrical Control Model

WTDTAU1 – Drive Train model

WTARAU1 – Aerodynamic Model

WTPTAU1 – Pitch Control Model

WTTQAU1 – Torque Control Model

REPCAU1 – Plant Control Model

Page 7


Pss e 33 4 power flow incremental save cases

PSS®E 33.4 Power Flow – Incremental Save Cases

  • Networks produced/simulated are preserved for later analysis

    • Networks for each evaluated contingency during contingency analysis

    • Networks at each transfer level in PV analysis

    • Networks at each study bus voltage setpoint in QV analysis

  • Specify an archive name for ACCC

  • Specify an archive name and options for PV and QV

Siemens Power Technologies International


Pss e 33 4 contingency analysis

PSS®E 33.4Contingency Analysis

  • Multi-Processor support in Tripping Simulation APIs (ACCC_WITH_TRIP_2 and MACCC_WITH_TRIP_PARALLEL)

  • Multi-Processor support in Multi-Level APIs (MACCC)

    • Latest additions to the Performance series of APIs

    • Performance improvements up to 250% on 4 core systems

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Pss e 33 4 dynamic model debugging tools

PSS®E 33.4 Dynamic Model Debugging Tools

  • Visual Studio project to debug user-written models shipped with PSS®E

Siemens Power Technologies International


Pss e 33 3 gic module gic in network planning and operation

PSS®E 33.3 GIC Module GIC in Network Planning and Operation

  • Requirements from the owners and operators of the bulk power system:

    • New TPL standard should be approved Q1 2015

    • Conduct a geomagnetic disturbance vulnerability assessment and identify facilities most at-risk from a severe disturbance

    • Develop and implement operational procedures to mitigate GMD effects

  • Customer Challenges

    • Finding and mitigating GMD effects on transformers

    • Avoiding incorrect operation of P&C systems during GMD storms

    • Limiting the GMD effects from neighbouring network

  • Siemens PTI Offering

    • PSS®E GIC Module

  • Siemens Power Technologies International


    Pss e 33 3 gic module rich reporting interactive one lines mapping

    PSS®E 33.3 GIC Module Rich reporting, interactive One lines, Mapping

    Siemens Power Technologies International


    Pss e 32 1 32 2 33 1 and 33 2 program enhancements

    PSS®E 32.1, 32.2, 33.1 and 33.2 Program Enhancements

    • Sensitivity Analysis functionality for calculation of SOL violation (32.1)

    • Increased number of zero-sequence mutual couplings from 4000 to 6000 at 50,000 bus level and above (32.1)

    • New GIC calculation Module (32.2)

    • New Dynamic Model – generator model GENTPJU1 (32.2 and 33.2), HVDC plus model HVDCPLU1 (33.2), and frequency playback model TSTGOV1 (33.1)

    • Windows 7 compatibility (33.1)

    • Short Circuit modeling of MOV protected capacitors (33.1)

    • Interactive power flow and dynamic data checks (33.1, 33.2)

    Siemens Power Technologies International


    Pss e update march 17 20 2014 mvwg meeting salt lake city ut

    • PSS®E 34

    Siemens Power Technologies International


    Pss e 34 planned features

    PSS®E 34 Planned Features

    • Node-Breaker/Substation modeling in PSS®E

    • Model Management Module

    • RAV for Dynamics

    • New Dynamic Models

    • 12 Branch Ratings

    • 12 Character “character” ICONs to Accommodate Device Names

    • Branch and Equipment Names

    Siemens Power Technologies International


    Node breaker modeling

    Node-breaker Modeling

    Siemens Power Technologies International

    • Integrated Node-breaker topology support in network data, single lines, and contingency analysis

    • Automatic substation building for easy migration from bus-branch model


    Pss e model management module

    PSS®E Model Management Module

    PSS®E

    Model Management Module

    Model Database

    Siemens Power Technologies International

    • Loads a model based on selected date/options

      • Load/generation profiles

      • Projects

      • Rating Sets

    • Builds database content from existing powerflow cases

    • Uses PSS®E for recording project phases

    • Will link with regional Model Management Systems


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