Etap Plot Manager ((top)) -

Because the Plot Manager maintains vector graphics, the fault currents remain readable even when zoomed to 400%.

If you are using an older version (v12 or v14), upgrading to v20+ drastically improves PDF export speed and DWG fidelity.

In ETAP Real-Time, Plot Manager connects to live historian data. The same plot definition can toggle between: etap plot manager

Users can plot and view results from multiple studies simultaneously in a single graphical view to compare performance across different scenarios.

Comparing the performance of different motor starters to ensure smooth operations without excessive voltage drops. Because the Plot Manager maintains vector graphics, the

Communication is key in engineering. The Plot Manager allows users to annotate specific points on the waveform. If a voltage dip occurs at cycle 5, an engineer can place a text box or arrow identifying the cause (e.g., "Motor Start"). This context turns a graph into a narrative.

| Tier | Component | Example | Persistence | |------|-----------|---------|--------------| | | Project / Study Case | "MyPlant_BaseCase", "MyPlant_2025_Expansion" | Saved in .etap project | | 2 | Plot Definition | "Gen1_Rotor_Speed_During_Fault" | Saved as XML inside the project | | 3 | Result Snapshot | The actual time-series array from a simulation run | Stored in .rps (results) files | The same plot definition can toggle between: Users

The (often referred to as PlotView™ or PlotAnalyzer™ in newer versions) is a sophisticated graphical framework used to visualize and analyze electrical system simulation results. It serves as a central hub for managing complex data from diverse studies, such as transient stability, motor starting, and load flow, transforming raw numerical data into actionable engineering insights. Core Features and Capabilities

From the ETAP Automation API (via Python or VBA), you can control Plot Manager without opening the interface. Example pseudo-code: