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ATPDraw latest version (7.0), Nov.23, 2019:- Fundamental and comprehensive new version. Most significant update since v5.0.
- Completely new data structure with restrictions on component size removed.
- New User Manual and many new examples.
- Install (unzip + run Setup.exe)
- Image (unzip + extract to target)
- Upgraded to Delphi XE8 and fully UniCode support.
- Completely new object-oriented data structure. Limits on data, nodes, icon size/elements/colors, non-linear points, machine masses, HFS_Sour harmonics, Sour_1 points, LCC conductors removed.
- Groups are managed and stored hierarchically. Simpler IO, UnDo/ReDo, faster node naming (children inherit parent, beware of possible issues).
- Compress process by visual selection with improved feedback. Inherited data/nodes visualized and locked.
- Sequence control of circuit objects, first in first out, sorting. Object tree inspector in sidebar.
- Variable extensions. "Hide" option can be variable. Mathematical expressions in input fields is allowed. Possible to give data as 14.3*sqrt(2/3)
- ATP execution in parallel threads and folders (with Internal Parser). Progress control (slow).
- Voltage and current probes with enhanced steady-state plotting, also beyond t=0. Very significant, hidden MODELS phasor calculator behind the scene.
- LINE3 model with steady-state current and power flow at each terminal.
- LCC module extended to an infinite number of phases. Single-phase layout support. LENGTH, FREQ, GRNDRES as data, variables for all geometrical and material inputs.
- File attachments to projects with drag&drop support. Add pdf, txt, doc, etc to project.
- New MODELS Editor with better syntax highlight, code folding and debugging. Context menu with functions and controls insert. Very significant upgrade.
- XML text format for file open/save relevant for manual manipulation and future data exchange.
- Register software replace by Web|Login to avoid hangs when atpdraw.net is down.
- New components:
- LCC_EGM for statistical insulation coordination studies (see example 21)
- WriteMonteCarlo for overvoltage probability calculations (see example 21)
- DHM96 Zirka-Moroz hysteresis model (requires ATP>=2019)
- RINF component for large resistance to ground for increased readability.
- WRITESCREEN component that displays extremal simulation results on screen
- ACSRCMOD modulated AC source (1 or 3-phase, same functionality as ACSORCE)
- RAMPSTEP TACS source. Can be connected directly to ACSRCMOD for easy ramp-up.
- TRAPCHRG source. Trapped charge, disconnected at t=0.
- Numerous improvements and bug fix.
- Several new examples:
- Exa_17: Revised to cover embedded Windsyn.
- Exa_21: Statistical insulation coordination (Monte Carlo) with lightning strikes to overhead line.
- Exa_22: Synchronous machine controls. A) SM Type 59/58, B) UMSYN (WIndSyn), C) UM_1.
- Exa_23: Induction machine controls. UM_3, UMIND (WIndSyn), and Type56 in same data case.
- Exa_24: IEEE 9BUS power system with distance protection blocks.
- Exa_25: Inverter fed photo voltaic with controls.
- New User’s Manual substantially updated. 346 pages, many new examples, full coverage of new features.
- Note! New project file format that earlier versions cannot read. Save As v5/6 available.
- Documentation in pdf format
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