時間領域で統合された電力潮流

Time Domain Unified Load Flow

Time Domain Unified Load Flow Analysis

Time domain unbalanced power flow or time series distribution load flow simulation is used for the purpose of varying load and generation in the system and solving the steady state power flows in the system over a function of time.

Time Domain Unified Load Flow Software Key Features

  • Single year load growth analysis
  • Multiple year load growth analysis
  • Solar carport annual yield and losses estimation
  • Design and monitor production from solar carparks
  • Live one-line diagram plots for graphical results comparison and analysis
  • Progress bar with elapsed and remaining time
Time Series Unified Power Flow Software

Time Domain Unified Load Flow Software Capabilities

  • Consider unlimited loading and generation patterns using ETAP Profile Library
  • Allows specifying user-defined intervals for the profiles (hours or minutes resolution)
  • Supports the import of profiles from ASCII format (.csv)
  • Simplifies the creation of profiles for standard profile types such as the "8760 profile"
  • Define seasonal variations including holiday adjustments
  • Include load growth for multiple years (unlimited)
  • Ability to mix customer classes or sectors into composite sectors
  • Include solar irradiance patterns to simulate daily, monthly or yearly output from PV car shades
  • Supports Smart Inverter, STATCOM, SVC, VFD
  • Graphically assign customer classes or sectors to loads and generators
  • Automatic time series synchronization of multiple patterns
  • Ability to include devices in service or place them out of service during the planning period
  • Time series plot include: current, voltage drop, energy losses, demand, yield, and consumption for a specified period
  • Graphical Results & Plots for SVC, STATCOM & VFD, Induction & Synchronous Motors 
  • Millisecond time scale enhancement 
  • Provides the functionality for creating, viewing, and editing profiles for a specific customer, or by customer type, meter demand, network demand, or generator
  • User-defined python report 

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Electrical Power System Analysis