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Products > MiPDAP - Web-based Distribution Network Analysis Software
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Power System Network Editor
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IEEE / IEC standard symbols
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Real-time Zooming / panning
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Single click Database Link
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Display of study results with SLD
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Dynamic load flow
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Creation of Contingencies
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Nested Networks
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Multi-Layers
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Save / Load snapshot
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Find a Bus / Node
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Element in-service / out-of-service
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User configurable base voltages
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Dynamic IEEE / IEC switch
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Object Z-Order control
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Integrated database
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Invoke any study - LFA, SCS…
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And more…
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Database Manager
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Centralized for Elements & Library
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User friendly, Interactive forms
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Solid validated library of Relays,
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Breakers, Generators, AVR, SVC, Fuse,
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Line & Cable etc.
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Distinct element & connectivity data
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Entry in Per Unit [PU] or own rating
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Unlimited number of contingencies
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Invoke any study - LFA, SCS...
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Apply global multification factor
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Apply global reduction factor
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Integrated AVR, PSS, TG, SVC
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Custom HVDC, AVR, PSS, TG SVC
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User defined unlimited branch filters
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User defined load characteristics
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Present worth calculation
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Generator capability curves
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Standard & Custom reports
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Additional MIS reports
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Creation of sub-DB from master DB
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and more…..
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Load flow Analysis
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Efficient memory management using sparsity technique.
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Slack bus, Frequency dependent, Optimal and contingency
ranking
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Fast-DeCoupled, Newton - Raphson and Gauss - Seidel methods
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Frequency dependent with Flat Tie-Line, Flat Frequency and
Flat Tie-Line Frequency Bias Control
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Active / Real Optimal load flow
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Reactive Optimal load flow
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Active/Real and Reactive load flow
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AC-DC load flow
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Looped, radial and Multiple Isolated systems
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User-defined number of contingencies, cases
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User-defined filters, load characteristics, Generator
capability curves
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User-defined frequency and base MVA
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Distribution line can be opened at one or both sides
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Representation of shunt elements in admittance /impedance
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Two / Multi - terminal HVDC systems
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Modeling six/twelve pulse monopolar / bipolar HVDC
converters with constant voltage/current/power controls.
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Modeling two and three winding transformers with auto tap,
off nominal fixed tap and phase shift
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Grouping buses zone/area wise
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Load values, scheduled generation, reactor and capacitor
values can be changed globally or zone wise using reduction
factors.
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Generator Q - check limit violations after a specified
number of iterations.
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Changing the load model from the given type to impedance
type automatically, when the voltage magnitude at load bus
goes below specified value to have better and realistic
convergence.
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MVAR compensation
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Load shedding during under frequency to maintain the
frequency at desired value.
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Standard and Custom reports
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Ground Grid Studies
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Dialog based interactive program.
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Program based on ANSI / IEEE Std 80-1986 IEEE Guide for
Safety in AC Substation Grounding
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Program gives Mesh voltage, Touch voltage and Step voltage
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library for material constants.
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Provides the ground grid layout diagram
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Three-phase Load Flow Analysis
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Newton Raphson Algorithm
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Provision for both balanced and unbalanced power flow.
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Provision for modeling single, double and quad circuits
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Computation of positive, negative and zero sequence
voltages as well as currents and also degree of unbalance
in the system
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Plotting of 3 phase load flow results on GUI.
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Short Circuits Analysis
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ANSI / IEEE standards
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IEEE Std 141-1986[4]
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IEEE C37,010-1979[1]
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IEEE C37.5-1979 [3]
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IEEE C7010-1979
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IEC 363
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IEC 909
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Symmetrical and Asymmetrical faults
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Faults with and without impedance
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Loop, radial systems
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Multi islanding
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Multi generation
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Multi cases and contingencies
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Open conductor faults
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Travelling shunt faults
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Fault at all / selected buses sequentially
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Fault at selected voltage level/s
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Earthing & Zigzag transformers
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First cycle and interrupting fault rating
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Reactor Sizing
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Alerts breaker capacity violation
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Motor contribution to faults
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HVDC system contribution to faults
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Pre-fault voltage condition from the load flow/flat start
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Multiplication factors for unknown zero and negative -sequence
parameters
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Positive, negative, zero sequence current & fault-MVA
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Phase A, B, C current and fault MVA
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Peak Asymmetrical current, Fault impedance R/x ratio
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Post-fault bus voltages, currents and impedance as seen at the
relay positions
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Breaker fault interrupting capacity selection
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User defined Output units
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Custom reports
Relay Co-ordination
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Inbuilt discrimination time calculator
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Optional inclusion of motor contribution during fault
simulation
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Zone 1, zone 2 and zone 3 setting for distance relays
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Hot and cold curves considered
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Phase and Earth relay co-ordination
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Automatic / Interactive / Manual Primary-back-up relay pairs
generation
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Text and Graphical Output
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Export to AutoCAD
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Thermal curves for each equipment
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Optional Voltage input from load flow or flat start
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Overload factor, unbalance factor and discrimination time for
each relay
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Extensive database of relays
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Radial and mesh networks
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Automatic / Interactive / Manual Primary-back-up relay pairs
generation
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Save and retrieval of selected relay pairs
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Embedded fault calculation
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Phase and Earth relay co-ordination
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Optimum setting for Motor relays
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Hot and cold curves considered
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Extensive database of relays
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Extensive fuse data
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Easy adding of new relay to library
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Graphical co-ordination Pick, drag and drop relay curves
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Verification of existing relay settings
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Fault simulation and relay trip sequence
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Text and Graphical Output
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Export to AutoCAD
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Thermal curves for each equipment
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Optional Voltage input from load flow or flat start
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Overload factor, unbalance factor and discrimination time for
each relay
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Choice of transient / Sub-transient for Fault calculation
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Fault through impedance
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Fault on bus / node/ Transmission line
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Optional inclusion of motor contribution during fault
simulation
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Inbuilt discrimination time calculator
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L-G, L-L-L, L-L, L-L-G fault simulation
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Zone 1, zone 2 and zone 3 setting for distance relays
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Impedance seen by the relay for faults
More Features
Load Flow Analysis
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3-Phase Load Flow
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Ground Grid Studies
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