Design validation
Use voltage drop, segmented voltage drop, and power calculations to review conductor decisions, compare options, and support basis-of-design discussions.
Calculator Library
Review the calculator coverage available in ElectraCalcIQ for design workflows, documentation, and internal coordination. This page is marketing-only and does not expose live calculator execution.
Calculator coverage
Calculator categories for real project workflows
ElectraCalcIQ helps consulting teams standardize inputs, document assumptions, and keep engineering calculations tied to real project context instead of isolated spreadsheets.
At a glance
9 calculators and demos
Grouped by how engineering teams actually review design validation, protection checks, load support, and project-ready documentation.
Equipment and protection checks
Use fault current and motor sizing workflows to document interrupting ratings, conductor sizing assumptions, and overcurrent protection decisions.
Load and circuit documentation
Use load and Ohm's Law workflows when teams need a fast, reviewable way to capture supporting calculations and design assumptions.
Core design reviews
Voltage, load, and power planning
Best when teams need scanable project support for feeder sizing, branch performance, and documented load assumptions.
Voltage Drop
Branch and feeder performance review with consistent documentation of run assumptions and targets.
Segmented Voltage Drop
Path-by-path visibility for longer or more complex conductor runs that need realistic review notes.
Load Calculation
Service, feeder, and panel demand evaluation with structured assumptions and stored results.
Power
A shared place to keep power relationships, outputs, and team-visible calculation records.
Equipment suitability
Protection, motors, and equipment checks
Focused on interrupting ratings, conductor sizing assumptions, and overcurrent review workflow.
Fault Current / AIC
Equipment suitability and coordination review with documented interrupting rating checks.
Motor Branch-Circuit / Feeder Sizing
Repeatable motor conductor and overcurrent sizing decisions with export-ready project records.
Exploration and demos
Quick support math and early evaluation
Useful for fast circuit checks, solar feasibility discussions, and low-risk product evaluation before a trial.
Ohm's Law
Fast supporting circuit calculations that can still be saved to project work instead of disposable one-off math.
Solar System Calculator
Conceptual PV production, battery sizing, and solar resource review with documented assumptions and metadata.
Public Ohm's Law Demo
A low-risk evaluator preview before moving into saved workspaces, broader calculator coverage, and guided demos.
Public demo vs. subscriber workflow
Public demo
- Try a safe Ohm's Law sample without login
- Preview the interaction model before starting a trial
- Useful for a quick first look, not for active project work
Subscriber workspace
- Keep calculations tied to organization, client, and project context
- Save and review engineering assumptions with your team
- Support documented outputs and repeatable workflows across jobs
Best next step
If your team is evaluating fit, start with the public demo for a quick preview, then request a guided demo or start a trial to see the full workflow.
What technical evaluators should expect
- Review calculator coverage before starting a trial, onboarding a team, or booking a product demo
- See how ElectraCalcIQ positions calculators as documented workflows instead of disconnected one-off tools
- Use the public Ohm's Law demo as a low-risk preview, then move into the authenticated workspace for saved project records and structured outputs
Voltage drop and conductor planning
Useful when teams need a more repeatable workflow for branch, feeder, and segmented run calculations.
Power, load, and circuit support
Helpful when firms want organized calculation records instead of repeatedly adapting old spreadsheets from prior jobs.
Review and deliverable preparation
Stronger value appears when the output needs to be reviewed, updated, and carried toward documentation, not just calculated once.