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GEOGATE ( Bidirectional Integration )

GEOGATE

GEOGATE – GISAS

GEOGATE – GISAS is an Intelligent GATEWAY between most popular GIS software (ARCGIS, MAPINFO and SMALLWORLD) and most popular power system analysis software that are applicable in distribution networks (SINCAL, NEPLAN, CYME and DIgSILENT).

GEOGATE – GISAS engines has three different application as:

  1. Convert from GIS Software to Analysis software.
  2. Update from GIS Software to Analysis software.
  3. Online update from GIS Software to Analysis software.

GEOGATE is an intelligent and ready to be customized solution that needs minimum time to be adopted and established based on your GIS tables, Layers, fields and data.This time can be as fast as one month.

GEOGATE is a smart solution is able to do automatic mapping for your GIS layers/tables and generate online up-to- date and accurate distribution network models, ready for planning and operational studies executed with your power system software.

GEOGATE-GISAS equipped with an advanced, intelligent and sophisticated search algorithm/engine named:

GIS-AutoCorrect: GIS-AutoCorrect is an enhanced data validation who is able to validate electrical and geographical coordinate data on GIS Network and has following capabilities:

1- Validating GIS data from electrical point of view based on electrical data (for example cable cross section, equipment voltages and …..)

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GEOGATE – GISDESKTOP

GEOGATE – GISDESKTOP is a sophisticated bidirectional GATEWAY between most popular GIS software (ARCGIS, MAPINFO and SMALLWORLD) and most popular power system analysis software that are applicable in distribution networks (SINCAL, NEPLAN, CYME and DIgSILENT).

GISDESKTOP has ability to show updated results from following analysis in GIS networks as offline and online:

1- Load Flow,

2- Short circuit,

3- Load Scaling/Allocation,

4- Reliability Analysis,

5- Switching optimization,

6- Capacitor Placement

7- Optimum Voltage regulator Sizing/placement,

8- Load Flow with load profile,

9- Contingency analysis


GISDESKTOP also has following dedicated calculation engines:

1- Optimum transformer location placement,

2- Optimum substation placement,

3-Optimum cable/Line, Size and path,

4- Optimum DG Placement

GISDESKTOP is the most smart GATEWAY available in the market and is able to show results of the calculations from analysis software, to GIS Network as offline and online.

It is well designed for optimization algorithms by using electrical data, investment data and GIS data including any constrains/limitations to have the best technical and commercial scenario.

GISDESKTOP is equipped with an advanced and sophisticated algorithm will enable you to see results of analysis in web (internet/interanet ) as online. You will be able to open feeders by name in web, modify parameters of equipment’s and see results of analysis on web.

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ElectroFlow -- The 11-in-1 System

ElectroFlow -- The 11-in-1 System

ELECTROFLOW™ is the only internationally renowned 11 in 1 integrated system, with SIX Exclusive Features, in the world! It is state-of-the-art and culmination of nearly 40 years of innovation, at Ph.D. level, led and developed by Dr.Mehrdad.
ELECTROFLOW ™ can be applied to voltages ranging from 208 V to 345 KV, for loads from 100 KW to 3,100 MW, with payback of less than two years!
ELECTROFLOW™ can be used in existing, to-be-built, and/or new buildings. There is no similar product anywhere in the world!
ELECTROFLOW ™ is internationally renowned and award winning system. It is unique with proven performance and satisfied customers in 112 countries worldwide.

 

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CDEGS-Grounding and Soil Structure Analysis

CDEGS Products Overview

Introducing the CDEGS Software Package: Integrated Software for Power System Grounding/Earthing, Electromagnetic Fields and Electromagnetic Interference

The CDEGS software package (Current Distribution, Electromagnetic Fields, Grounding and Soil Structure Analysis) is a powerful set of integrated engineering software tools designed to accurately analyze problems involving grounding/earthing, electromagnetic fields, electromagnetic interference including AC/DC interference mitigation studies and various aspects of cathodic protection and anode bed analysis with a global perspective, starting literally from the ground up.

 

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Network Analysis Software

IPET-Co expert team has over 18 years experience in using power system analysis software and are professional in using power system Software in consultancy projects, Master plan projects, loss reduction projects and Relay Coordination projects.
Our team are expert in training of fundamental theory and concept of power system analysis and as well power system software

Network Analysis Software has following capabilities:

 

Network Analysis Software

Power Engineering Software
The Network Editor is the graphical user interface underlying the software analyses modules. It provides the user with great flexibility in creating the one-line diagram of the network as well as providing a wide variety of options to customize the displays and reports.

The Network Editor is one of the most user friendly and powerful engineering tools available on the market today

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Distribution System Analysis Software

IPET-Co expert team has over 18 years experience in using power system analysis software and are professional in using Distribution System Analysis Software in consultancy projects, Master plan projects, loss reduction projects and Relay Coordination projects.
Our team are expert in training of fundamental theory and concept of power system analysis and as well Distribution System Analysis software

Software has following capabilities:

 

Distribution Analysis(Base Module)

Distribution System Analysis Software can perform several types of analysis on balanced or unbalanced three-phase, two-phase and single-phase systems that are operated in radial, looped or meshed configurations. The base module includes per-phase voltage drop and power flow analysis, fault calculations (fault flows and fault voltages), protective device coordination (by interfacing with Protective Device Coordination), optimal capacitor placement and sizing, load balancing and load allocation/estimation. Distribution System Analysis Software is also equipped with add-on modules to perform more specialized analyses such as predictive and historical reliability analysis, contingency analysis, harmonic analysis, switching (tie-points) optimization, and more, as described below.

Features and Capabilities

  • Power flow and voltage drop analysis
  • Fault flow analysis
  • Optimal capacitor placement and sizing
  • Load balancing and load allocation/estimation
  • Voltage drop analysis with profiles
  • Harmonic analysis
  • Switching (tie-points) optimization
  • Network planning
  • Distributed generation modeling
  • Reliability analysis (predictive and historical)
  • Single contingency analysis with restoration
  • Substation and sub-network modeling
  • Secondary grid network analysis
  • Arc flash hazard assessment
  • Protective device coordination
The following optional add-on modules significantly enhance the technical capabilities of Distribution System Analysis Software:

  • Network Forecaster: to view, modify and create time-dependent projects (using the Distribution System Analysis Software Advanced Project Manager) consisting in modifications to the network such as the addition of any load at a given date, change/replacement of power transformers within a substation, a rephasing/reconductoring project, network switching or reconfiguration, etc.
  • Advanced Project Manager: extensive tool that supports the collaborative and detailed preparation of a project that consists in modifications to the network with related simulations.
  • Energy Profile Manager: to perform time range analysis based on a combination of historical consumption patterns and real-time monitoring.
  • Reliability Assessment:provides a framework within which predictive and historical reliability assessment scenarios are run and the impacts of the related investment such as DA (Distribution Automation) can be evaluated and understood.
  • Transient Stability Analysis : to simulate the dynamic behavior of distribution systems with distributed generation under various transient events (fault application/clearing, large motor starting, disconnection of co-generation units, islanding, etc.)
  • Harmonic Analysis : to perform harmonic penetration analysis in electric power systems. It features single phase and full three-phase modeling capabilities and includes a large library of pre-defined models for network equipment and harmonic current sources. The Frequency scan capability included in this module is also available as an independent module. This analysis provides full impedance scan results and allows the user to see problematic areas even before installing harmonic devices.
  • Arc Flash Hazards Analysis: to analyze and promote the electrical safety for employees working on or near electrical equipment. It computes the necessary parameters required to assess the risk level and adopt the adequate safety procedures.
  • Dynamic Motor Starting Analysis: to simulate the starting of an induction motor or of a synchronous motor and obtain graphs of the results as a function of time or speed.
  • Load Flow Contingency (N-p): to assist in power flow related static contingency analysis. To create contingency events and single- or multiple-outage scenarios and compare to a base case.
  • Embedded Protective Device Coordination: while the Protective Device Coordination software is a stand-alone application, its installation with Distribution System Analysis Distribution System Analysis Software allows the user to access coordination functions and thus perform directly from the Distribution System Analysis Software interface analyses requiring protection data and design coordination schemes on a single platform.
  • Switching Optimization: assists in determining the optimal feeder configuration that will minimize losses, improve the voltage profile and balance the load between feeders.
  • Single Contingency with Restoration: to study the impact of single forced or planned outages on the electrical distribution system and find the optimal switching plan to restore electrical power to priority customers and to recover the maximum possible load in the affected areas.
  • Enhanced Substation Modeling: to model all the major components of the distribution substation and any sub-network such as the detailed modeling of an industrial facility.
  • Secondary Grid Networks Analysis: allows the power flow and short circuit analyses of heavily meshed secondary network distribution systems for any voltage level.
  • Geographic Overlay: to display raster or vector map images (geographical land-base such as DWG, DXF, SHP, etc) as layers directly underneath the electrical model.

Complementary Modules

  • Distribution System Analysis Software  Gateway: The Distribution System Analysis Software solution for the creation and maintenance of the network data model. The connectivity network extracted from the GIS is accurate, electrically complete, with actual loads and switch status; and this network model can be updated easily.
  • Protective Device Coordination: addresses Time Over-Current protection for Industrial, Commercial and Distribution Power systems. Features a direct interface to Distribution System Analysis Software to verify the coordination of protective devices, the maximum permitted operating time («Reach») and the maximum permitted continuous load current. The Arc Flash Hazards analysis module can be added to Protective Device Coordination .

Distribution System Analysis Software  is an extremely powerful tool to assist you in creating "what-if" studies and performing simulations to evaluate the impact of modifications to your network, actual or future.

With the newly added “Network Forecaster” function you can view/modify/create time-dependent projects in the selected period, that consist of any modifications such as the addition of any load at a given date (year, month or day), change/ replacement of power transformers within the substation, rephasing/reconductoring project, network switching or reconfiguration, etc.

 

All the data resides in standard SQL tables and XML files so it can be easily populated or queried by third parties applications. Distribution System Analysis Software can be interfaced with or embedded in other applications such as AM/FM/GIS system, DMS, NMS, OMS or SCADA systems and is available as a Microsoft ® Component Object Model (COM) for integration with other COM-compliant applications.

With the newly added “Network Forecaster” function you can view/modify/create time-dependent projects in the selected period, that consist of any modifications such as the addition of any load at a given date (year, month or day), change/ replacement of power transformers within the substation, rephasing/reconductoring project, network switching or reconfiguration, etc.

Protection Coordination Software

IPET-Co expert team has over 18 years experience in using power system analysis software and are professional in using Distribution System Analysis Software in consultancy projects, Master plan projects, loss reduction projects and Relay Coordination projects.
Our team are expert in training of fundamental theory and concept of power system analysis and as well Distribution System Analysis software.

Protective Device Coordination software has following capabilities:

Protective Device Coordination

Protective Device Coordination addresses Time Over-Current protection for Industrial, Commercial and Distribution Power systems. The program comes with an extensive database of over 5000 protective devices that are easily called to produce Time-Current curve plots and device settings reports. It also features a unique Coordination wizard to suggest protective device settings/adjustments and ratings.

The main features of the module are:

  • A view that shows time-current plot to visualize fuses, relays, circuit breakers, motor starting, cable and transformer damage curves.
  • Protection and coordination analysis functionality to determine the reach, loading and coordination of protection.
Protective Device Time-Current Plots

  • Coordination path selected and highlighted on the network one-line diagram
  • Seamless interface to the Distribution System Analysis Software power flow and short-circuit analysis modules
  • Device loading, minimum and maximum short-circuit levels are automatically calculated and immediately available to the protection coordination functionality
  • Generation of time-current curve plots and device setting reports using any of the 15000 devices stored in the library
  • Curves plotting on standard Keuffel & Esser log-log forms, or on plain paper
  • One-line diagrams or time-current curve plots export to files for inclusion in reports
  • Capability to examine and change the settings of any device at any time
  • Coordination margins measurement on-screen using the mouse or the Device Margin function
  • Control over details such as current scale, plotting voltage, title block, curve colors, line thickness and device identification
Protective Device Coordination

The protective device coordination analysis functionality can be used to verify whether the device curves in the study are coordinated, according to user-defined criteria.

The analysis can be done on a single feeder, on several feeders, or on the entire network. The user can generate the desired reports for the protective devices on any or all feeders in the network.

The main analysis capabilities include:

  • Verification of the Coordination Criteria between successive pairs of devices, and report on any devices whose adjusted curves intersect within the range of minimum to maximum fault current
  • Protective “reach” for each device
  • Device loading as a percentage of its rated current under normal operating conditions
  • Device clearing as to whether any protective device exceed its maximum permitted clearing time
  • Primary and secondary protective devices
  • Fuse clearing or saving option
  • Transformer and cable damage curves, and motor starting curves

Program Features

Protective Device Coordination provides a powerful “CAD-like” editor that allows building the network One-Line Diagram by simply clicking and dragging device symbols onto the drawing. The time-current characteristic curves for the protective devices can be visualized onscreen, plotted on standard log-log paper and routed to various printers. The One Line diagram and the Time-Current curve can be exported to files for inclusion in other reports as well.

The program is capable of generating all the necessary study benchmarks such as cable and conductor damage curves, motor starting curves, transformer withstand curves, inrush and thermal points and offers comprehensive graphical and tabular means for verifying the curve clearances at any fault current or system voltage level. The Arc Flash Hazards Analysis module can be added to Protective Device Coordination software to further complement the analyses.
Seamless Interface to Distribution System Analysis Modules

Protective Device Coordination software features a direct interface to:

  • While the Protective Device Coordination software is a stand-alone application, its installation with Protective Device Coordination software allows the user to access coordination functions and thus perform directly from the Distribution System Analysis Software interface analyses requiring protection data and design coordination schemes on a single platform.

  • The short circuit analysis module for industrial networks allows the user to correct protective devices on the one-line diagram, change the coordination sequence of a branch, perform fault analysis and seamlessly interface to Protective Device Coordination software. The coordination settings as defined in Protective Device Coordination software can then be automatically exported back to short circuit analysis.

Analytical Capabilities

  • Curve dragging option to adjust coordination.
  • High quality graphic display and output
  • Printing on log-log paper (curves only) or on plain paper (curves and grid)
  • Accounts for LL and LG through-faults on Delta-Y transformers
  • Automatic duration verification applying user-defined criteria
  • Interactive analysis reports
  • Coordination wizard to suggest protective device adjustments and ratings.
  • Powerful tool to measure separation time between each pair of device.
  • Cooper Electronic reclosers: VXE, Form 4C, 5C, 6C, Type FX, FXA, etc.
  • Control of current scale, colors, curve hatching, ID tag location, title block style, and more.
  • Facility to import external graphic file (e.g., a company logo) to the curve plot.
  • Facility to export the curve plot to AutoCAD® DWG/DXF, SVG (XML), and other formats.
  • Ability to open two or more studies and copy curves from one to another.
  • Automatic relay time dial selection based on desired operating time.
  • Ability to enter numerical equations to model electronic relays.
  • Enhanced search tool to find and create devices rapidly.

Device Library

Protective Device Coordination software includes an Integrated Device Library Manager program that allows the user to add new device characteristics to the database and to modify existing curves.
The devices are categorized and stored by manufacturer name and device type for easy retrieval. The database contains more than 15000 devices from North American, European and Asian manufacturers. It features Low Voltage Circuit Breakers (electromechanical, solid state and molded case), Fuses, Relays (electromechanical and electronic) and Reclosers (hydraulic and electronic).
The device library is updated regularly and you may update your own library "On-line" from the software web site.The software device database available to the module includes over 15,000 devices; which is equivalent to more than 100 000 curves of North American, European and Asian manufacturers

Cable Ampacity Software

IPET-Co expert team has over 18 years experience in using power system analysis software and are professional in using Distribution System Analysis Software in consultancy projects, Master plan projects, loss reduction projects and Relay Coordination projects.
Our team are expert in training of fundamental theory and concept of power system analysis and as well Distribution System Analysis software

Cable Ampacity Software has following capabilities:

Cable Ampacity Calculation

Cable Ampacity Software is designed to simulate the thermal behavior of power cable installations. The original version of this package was developed jointly by Ontario Hydro (Hydro One), McMaster University , under the auspices of the Canadian Electricity Association.

PROGRAM FEATURES

Cable Ampacity Software is dedicated to performing ampacity and temperature rise calculations for power cable installations.

Determining the maximum current power cables can sustain without deterioration of any of their electrical properties is important to the design of electrical installations.

The accuracy of Cable Ampacity Software  provides increased confidence when upgrading existing power cable installations and designing new ones, thus maximizing the benefits from the considerable capital investment associated with them.

Cable Ampacity Software optional additional modules :
Multiple Duct Banks
Duct Bank Optimizer
Short Circuit Cable Rating
Cables in Tunnels
Magnetic Fields
Multiple Casings
Cable Impedance Calculation
Cable Crossing
Real Time Temperature Rating
Cable Historical Operating Temperature Estimator
Cable Ampacity Software Additional Modules are as following:

Installations
Cable Ampacity Software Additional Modules offer extended capabilities to Software , allowing modeling more installations, particularly non-standard installations. This includes the modeling of ductbanks, backfills or soil layers with different thermal resistivities each; the calculation of the ampacity and temperature of cables in unventilated tunnels; the rating of cables in both filled and unfilled troughs; and the rating of cables in one or more non-magnetic casings.

  • Multiple Duct Banks
  • Cables in Tunnels
  • Cables in Troughs
  • Multiple Casings
Analyses
Cable Ampacity Software Additional Modules allows performing several analyses of interest for cables installations other than thermal analysis. With those modules, the user can evaluate the magnetic flux density at any point on or above the ground of an underground cable installation, determine the positive and zero sequence impedances and admittances for all the cables present in an installation, perform short-circuit cable ratings; determine the optimal placement of several circuits within a ductbank given specified constraints; and calculate of the ampacity of two circuits crossing each other.

  • Duct Bank Optimizer
  • Magnetic Fields
  • Cable Impedance Calculation
  • Short Circuit Cable Rating
  • Cable Crossing

 

Analytical Capabilities

  • Iterative techniques based on Neher-McGrath and IEC-60287 methods.
  • Full compliance with North American practice and support all pertinent IEC standards IEC 60287, IEC 60228, IEC 601042, IEC 60853, etc.
  • A detailed graphical representation of virtually any type of power cable. This facility can be used to modify existing cables and enrich the cable library with new ones. This includes single-core, three-core, belted, pipe-type, submarine, sheathed, and armored cables.
  • Different cable installation conditions such as directly buried, thermal backfill, underground ducts or duct banks.
  • Cables in pipes with the pipe directly buried or in a thermal backfill.
  • Independent libraries and data bases for cables, duct-banks, load curves, heat sources and installations.
  • Simulation of cables in air on riser poles, groups of cables in air, moisture migration, nearby Heat sources and Heat sinks, etc.
  • Different cable types within one installation.
  • Non-isothermal earth surface modeling.
  • Cyclic loading patterns as per IEC-60853.
  • Multiple cables per phase with proper modeling of the sheath mutual inductances which greatly influence circulating current losses and thus de-rating.
  • All bonding arrangements for flat and triangular formations are supported with explicit modeling of minor section lengths, unequal cable spacing, etc

Transient Analysis

The program supports a Transient Thermal Analysis Option which includes the following:
  • Ampacity given time and temperature.
  • Temperature analysis given time and ampacity.
  • Time to reach a given temperature, given the ampacity.
  • Ampacity and temperature analysis as a function of time.
  • User-defined load profiles per circuit.
  • Multiple cables per installation.
  • Circuits can be loaded simultaneously or one at a time.