Functional Integration and Applications

  • Implemented as a single software solution allowing for fast ‘walk around’ through the database and execution environment
  • No need to reload modules and update, transfer and convert data and results between different program applications
  • Vertically integrated power equipment model concept allowing models to be shared by all analysis functions
  • Support of transmission-, distribution- and industrial system design and simulation
  • Modelling and simulation of railway systems
  • Simulation of any kind of wind turbines and wind parks
  • Smart Grid modelling including virtual power plants and distributed generation such as PV-panels, micro turbines, battery storage, CHP, etc.

PowerFactory Software Concept

Single Database Concept
  • Optimal data organisation and project definitions for performing any type of calculation, storage of settings, diagrams and visualisation options or software operation sequences
  • No need for tedious organisation of several files for defining the various analysis aspects and project execution workflows
  • Database environment fully integrates all necessary data, such as that required for defining cases, scenarios, variants, single-line graphics, outputs, run conditions, calculation options, graphics or user-defined models; saving a project includes everything required to rerun all defined cases at a later stage
  • Access to all data via a comfortable and powerful data manager, object browser, plus various types of diagrams and wizards
  • Comprehensive, non-redundant data model supporting all calculation functions
User Roles
  • Access to user information through a user accounting system
  • Protection of data through different types of access rights
  • Folder sharing between users with “read-only” access; this is especially useful for libraries and network base cases which should be administrated only by authorised personnel
Multi-User Operation and Team working
  • Multi-user data administration supporting MS-SQL or ORACLE databases
  • Support of user accounting, access rights and data sharing, featuring the powerful option of allowing several users to work on the same project in a coordinated way; this demonstrates the concept of non-redundant data management in PowerFactory
  • Management of multi-user data editing via the definition of a base project, project versions and derived projects (virtual projects)
  • Support of version control including rollback functions and merge/compare tools
Network Variations, Expansion Stages Management and Operational Scenarios
  • Support of time-stamped network variations
  • Variation scheduler for easy handling of sub-projects
  • Definition of study cases and operational scenarios
  • Activation of network stages according to study time; this automatically addresses the handling of power system components according to their commissioning and de-commissioning dates
Multi-Level Models
  • Data describing network models such as cables, machines, loads, transformers, etc., are subdivided into element data and type data which point to libraries
  • All data to be entered are grouped into basic data (data required for all calculations) and function level data (data required only for executing specific calculations)
  • Data are simply entered in physical quantities rather than in per unit values, minimising the need for manual recalculation and conversion of data
  • Verification of input data, with detailed warning and error messages
  • Integrated calculators for asynchronous machines, cable data and tower configurations
Batch Mode, Engine Mode and Interfaces
  • Fully interactive windowing mode according to the latest, proven standards
  • Engine mode for background operation
  • Various communication features to exchange data with other applications such as GIS, SCADA and real-time control systems via OPC, shared memory, DGS (CSV, ODBC), etc.
  • Hybrid operation switching between background and windowing mode according to users’ needs
  • Data exchange via CIM, PSS/E, UCTE and many other file formats
  • The Engine Manager component provides access to multiple PowerFactory Engines via web services
  • The built-in queuing and scheduling simplifies the Engine integration into other applications
Business Process Automation
  • Support of ENTSO-E operation planning processes such as D2CF, DACF and IDCF (Intraday); the Intraday process runs as a fully-automated, parallelised process
  • The ESB interface adapter features message-based data exchange such as load forecast, planned generator dispatch, day-ahead cross-border exchange programs, UCTE-DEF/ENTSO-E files, EMS snapshots, dynamic line rating and market coupling data
  • The combined MV/LV calculation for the distribution grid of a whole country (2000 MV substations) has been automated using PowerFactory and bulk data GIS exports.

PowerFactory Software Concept
Single Database Concept

Optimal data organisation and project definitions for performing any type of calculation, storage of settings, diagrams and visualisation options or software operation sequences
No need for tedious organisation of several files for defining the various analysis aspects and project execution workflows
Database environment fully integrates all necessary data, such as that required for defining cases, scenarios, variants, single-line graphics, outputs, run conditions, calculation options, graphics or user-defined models; saving a project includes everything required to rerun all defined cases at a later stage
Access to all data via a comfortable and powerful data manager, object browser, plus various types of diagrams and wizards
Comprehensive, non-redundant data model supporting all calculation functions
User Roles

Access to user information through a user accounting system
Protection of data through different types of access rights
Folder sharing between users with “read-only” access; this is especially useful for libraries and network base cases which should be administrated only by authorised personnel
Multi-User Operation and Team working

Multi-user data administration supporting MS-SQL or ORACLE databases
Support of user accounting, access rights and data sharing, featuring the powerful option of allowing several users to work on the same project in a coordinated way; this demonstrates the concept of non-redundant data management in PowerFactory
Management of multi-user data editing via the definition of a base project, project versions and derived projects (virtual projects)
Support of version control including rollback functions and merge/compare tools
Network Variations, Expansion Stages Management and Operational Scenarios

Support of time-stamped network variations
Variation scheduler for easy handling of sub-projects
Definition of study cases and operational scenarios
Activation of network stages according to study time; this automatically addresses the handling of power system components according to their commissioning and de-commissioning dates
Multi-Level Models

Data describing network models such as cables, machines, loads, transformers, etc., are subdivided into element data and type data which point to libraries
All data to be entered are grouped into basic data (data required for all calculations) and function level data (data required only for executing specific calculations)
Data are simply entered in physical quantities rather than in per unit values, minimising the need for manual recalculation and conversion of data
Verification of input data, with detailed warning and error messages
Integrated calculators for asynchronous machines, cable data and tower configurations
Batch Mode, Engine Mode and Interfaces

Fully interactive windowing mode according to the latest, proven standards
Engine mode for background operation
Various communication features to exchange data with other applications such as GIS, SCADA and real-time control systems via OPC, shared memory, DGS (CSV, ODBC), etc.
Hybrid operation switching between background and windowing mode according to users’ needs
Data exchange via CIM, PSS/E, UCTE and many other file formats
The Engine Manager component provides access to multiple PowerFactory Engines via web services
The built-in queuing and scheduling simplifies the Engine integration into other applications
Business Process Automation

Support of ENTSO-E operation planning processes such as D2CF, DACF and IDCF (Intraday); the Intraday process runs as a fully-automated, parallelised process
The ESB interface adapter features message-based data exchange such as load forecast, planned generator dispatch, day-ahead cross-border exchange programs, UCTE-DEF/ENTSO-E files, EMS snapshots, dynamic line rating and market coupling data
The combined MV/LV calculation for the distribution grid of a whole country (2000 MV substations) has been automated using PowerFactory and bulk data GIS exports.