Where EnerViz fits
Six ways engineers use EnerViz to model, size, and communicate power-distribution designs.
UUV/AUV endurance analysis
Model a vehicle's full power train — batteries, converters, motors, and sensors — as a single diagram, and let EnerViz sum the loads and efficiency losses across the system. Compare battery configurations and duty cycles to see how they affect the computed power budget before committing to hardware.
Explore EnerVizBattery-system sizing
Lay out battery packs, converters, and downstream loads in the visual editor to see how pack configuration and efficiency losses affect the power available to the rest of the system. Adjust component values and watch the load summation update, making it easier to size a battery system before ordering hardware.
Explore EnerVizRobotics mission power profiles
Represent the electrical loads a robot draws over the course of a duty cycle — actuators, sensors, compute, and communications — as nodes in a single diagram. EnerViz sums the load across the system so you can compare how component choices and operating modes affect overall power draw.
Explore EnerVizHybrid-electric trade studies
Wire up alternative power architectures — combinations of batteries, generators, and electric drivetrains — as separate diagrams, and compare their computed loads and efficiency losses side by side. Use the visual models to explore trade-offs between architecture options before narrowing to a design direction.
See pricingPower-budget visualization
See the full power system as a single diagram instead of a spreadsheet, with computed loads and efficiency losses attached to each node. The visual layout makes it easier to spot where power is consumed and where efficiency losses accumulate across the system.
Explore EnerVizProposal & design-review support
Export a model's computed load summaries to an XLSX engineering workbook, or CSV calculation-results and energy-analysis files, for inclusion in a proposal or design-review package. Because the diagram and the numbers come from the same model, reviewers can trace a stated power budget back to the underlying components.
See pricing