Etap Plot Manager !full! -

to export raw simulation data into formats like Microsoft Excel or Access for further external analysis. Common Use Cases Motor Starting Studies

Engineering firms often have strict branding and drafting guidelines. The Plot Manager lets you create, save, and import custom drawing templates. You can define exact borders, grid alignments, margins, and logo placements to ensure every deliverable matches your company's professional standard. 4. Layer and Display Control

: It allows users to load and compare plots from multiple different projects or studies simultaneously in a single view . Customization and Templates :

Queue up a sequence of plots to be compiled directly into the appendices of ETAP's automated report generator. 4. Dynamic Zooming and Data Inspection etap plot manager

The ETAP Plot Manager is a centralized graphical interface used to visualize time-series data generated by ETAP’s dynamic simulation modules. Instead of forcing engineers to look at raw data tables, it converts complex mathematical results into highly customizable 2D plots. Supported Simulation Modules

: The PlotAnalyzer feature allows users to overlay graphical results from multiple different studies into a single view, which is critical for sensitivity analysis and validating design changes.

: Assessing if the system meets regional requirements through harmonic and frequency ramp plots. to export raw simulation data into formats like

Use the Plot Manager to adjust scales, add damage curves, and visualize the sequence of operations. Advanced Functionalities and Customization

Before opening the Plot Manager, you must execute a time-based simulation study. Ensure that your settings have the "Output Selection" configured to record the specific buses, branches, or machines you want to analyze. Step 2: Launch the Interface

| Tool | Strengths | Weaknesses | | :--- | :--- | :--- | | | Native integration, no data conversion, TCC curves. | Limited statistical analysis (no FFT export). | | MATLAB/Python | Unlimited customization, advanced filtering. | Manual data export, no direct relay models. | | Excel | Simple, universal. | Poor for multi-trace transient plots. | You can define exact borders, grid alignments, margins,

It allows engineers to overlay multiple simulation runs, compare alternative system configurations, and format charts to meet strict documentation standards. Whether you are performing a transient stability study or analyzing switching surges, the Plot Manager provides the visual clarity needed to make critical engineering decisions. Key Features of the ETAP Plot Manager

The interface is built specifically for power systems engineering, offering several advanced features that standard graphing utilities (like basic Excel charts) lack. 1. Multi-Axis and Multi-Plot Layouts

ETAP Plot Manager is an indispensable tool for power systems engineers. While the simulation engines do the heavy lifting regarding physics and calculations, Plot Manager provides the necessary lens to interpret that data. By offering robust customization, multi-scenario overlays, and intuitive data handling, it transforms complex simulation outputs into clear, defensible engineering evidence.

| Study Type | How Plot Manager Helps | | :--- | :--- | | | Overlay TCC curves from multiple devices (relays, fuses, breakers) to ensure selective coordination. Quickly visualize and adjust settings to prevent nuisance tripping. | | Transient Stability | Plot rotor angles, generator speeds, and bus voltages for multiple contingencies on a single graph to identify critical clearing times and stability margins. | | Harmonic Analysis | Compare voltage and current harmonic spectra (both magnitude and angle) against IEEE 519 limits across different scenarios to validate power quality compliance. | | Motor Acceleration | Analyze motor terminal voltage, current, speed, and torque during start-up to verify successful acceleration under various load and system conditions. | | Arc Flash Analysis | Plot incident energy and arc flash boundaries for different working distances and fault clearing times to accurately label equipment. | | Load Flow & Voltage Stability | Compare voltage profiles, power flows, and losses across different operating configurations (e.g., peak vs. light load, contingency scenarios) for optimal planning. | | Cable Ampacity & Sizing | Visualize cable loading and temperature rise under different loading cycles to ensure thermal limits are never exceeded. | | Transient Motor Starting | Plot voltage dip profiles at various buses to assess the impact of large motor starts on sensitive equipment and power quality. |