Welcome to MubatechEA
Our proprietary electrical automation engine seamlessly integrates with Autodesk Revit to map panels, roll up sub-loads recursively, and strictly size cables according to IEC 60364 logic.
See the Engine in Action
MubatechEA transforms repetitive electrical modeling tasks into rule-driven automation. The interface is built for practical engineering decisions: quick checks, transparent calculations, and standards-aligned outputs.
Breaker Selection
Automatically calculates and selects appropriate protective breaker sizes based on continuous and non-continuous load logic.
Voltage Drop
Performs instant voltage drop analysis across extensive circuit distributions to guarantee operation within permissible thresholds.
Derating Factor
Applies precise correction factors based on grouping, ambient temperature, and installation methods strictly following IEC standards.
Load Roll-Up
Traverses complex hierarchical panel connections recursively to sum apparent and active power accurately to the main switchboard.
Short Circuit
Assesses prospective short circuit currents across specific fault zones to validate maximum fault level withstand capabilities.
Discrimination Check
Ensures selective coordination between upstream and downstream protective devices to isolate faults with surgical precision.
Earth Fault
Automates earth fault loop impedance checks to ensure rapid protective device operation during phase-to-earth leakages.
Power Factor
Evaluates existing load conditions and sizes capacitor banks automatically to optimize overall system efficiency.
SLD Generator
Dynamically generates and updates Single Line Diagrams (SLD) directly from the Revit model's electrical graph data.
Riser Diagram
Automates the extraction of schematic vertical riser diagrams detailing structural distributions and major equipment pipelines.
Compliance Report
Generates detailed, exportable reports confirming all modeled parameters align precisely with local and international metrics.
Scenario Comparator
Allows engineers to run multiple what-if load profiles side-by-side to determine the most cost-effective physical installation.