Run repeatable electrical calculations in one team workspace.
ElectraCalcIQ helps consulting electrical engineering teams standardize calculation workflows, keep project context attached, and prepare cleaner review and deliverable outputs.
Deterministic calculators, saved project context, export workflows, and organization-aware access controls.
What teams get from ElectraCalcIQ
One place for project calculation work
Keep firm, client, and project context attached to calculations instead of losing it across copied spreadsheets and folders.
Repeatable engineering workflows
Run structured voltage drop, load, power, fault current, and motor sizing workflows with more consistent team inputs.
Cleaner review and deliverable prep
Save assumptions, results, and records in a format that is easier to review, update, and carry into exported output.
How it works
| Step | What your team does | Why it helps |
|---|---|---|
| 1. Create your organization | Set up a workspace for your firm or team and manage seats for the people who need access. | Keeps engineering work organized in one place instead of scattered across individual spreadsheets. |
| 2. Run repeatable calculation workflows | Use standardized calculators for common electrical engineering tasks with saved project context. | Improves consistency across engineers, offices, and active projects. |
| 3. Save and export project-ready outputs | Keep calculation records tied to project work and prepare outputs for review, coordination, and deliverables. | Supports cleaner handoffs, faster internal review, and more consistent documentation. |
How a team uses it
ElectraCalcIQ is designed for consulting teams that need a repeatable path from engineering math to saved project records and review-ready output.
1. Start inside the right project
Work inside an organization workspace where firm, client, and project context are already attached to the calculation.
That reduces file hunting and makes it easier for another engineer to understand where the work belongs.
2. Run a structured calculator workflow
Use consistent workflows for voltage drop, load, power, fault current, and motor sizing instead of rebuilding old sheets.
The platform emphasizes repeatable engineering steps rather than one-off spreadsheet edits.
3. Save work for review and updates
Keep assumptions, inputs, and results in project context so teammates can review, revise, or continue the work later.
That creates a clearer review trail than disconnected tabs, copied files, and email attachments.
4. Prepare cleaner deliverables
Move from raw calculation work to outputs that are easier to review, coordinate, and carry toward documentation.
The value is not just getting numbers, but making the workflow easier to reuse and communicate.
Why teams move beyond spreadsheets
| Spreadsheet-first workflow | ElectraCalcIQ workflow |
|---|---|
| Individual spreadsheet files live on laptops, shared drives, or inboxes. | Shared organization and project context keeps engineering work in a more structured location. |
| Formulas and formatting can drift as different engineers copy old sheets forward. | Standardized calculator workflows help teams use more consistent methods across projects. |
| Reviewers must reconstruct assumptions from disconnected cells, tabs, and comments. | Saved calculation records and project context make review and updates easier to follow. |
| Outputs often need extra cleanup before they are ready for internal review or client delivery. | Export-ready outputs help teams move more quickly from calculation work to deliverable preparation. |
From calculation workflow to deliverable preparation
ElectraCalcIQ is designed to help teams move from engineering math into reviewable, project-ready documentation without rebuilding the story of the work each time.
Give reviewers saved context, structured inputs, and clearer outputs instead of a spreadsheet with hidden assumptions.
Keep project calculation work in a place that other engineers can revisit, update, and understand more quickly.
Support cleaner exported outputs and documentation workflows when calculations need to move toward formal deliverables.
Explore the public experience
Review the product overview, browse available calculators, and try the public Ohm's Law demo before starting a trial.
Why teams adopt it
| Who this is for | What you get now | Why teams adopt it |
|---|---|---|
| Consulting electrical engineers | Ohm's Law, Power, Load, Voltage Drop, Segmented Voltage Drop, Fault Current / AIC, Motor Branch/Feeder sizing | Deterministic outputs and more consistent calculation workflows across team members |
| Electrical design firms managing multiple projects | Organization workspaces, role-aware membership, saved calculations, PDF export | Cleaner handoff trail for client deliverables, internal reviews, and project continuity |
Engineering support, not design authority
ElectraCalcIQ is a calculation workflow platform. Results are provided as engineering support and do not replace professional judgment or stamped design responsibility.
Read the engineering disclaimer. All policies are available in the Legal menu above.
Talk to support before you commit
Questions about fit, billing, or calculator coverage can go straight to support@electracalciq.com.
Install ElectraCalcIQ on your device
ElectraCalcIQ is a Progressive Web App. You can install it directly from your browser — no app store required — and get a full desktop- or home-screen shortcut that opens the app instantly.
Look for the Install icon (⊕) in the address bar, or use the browser menu and choose Install ElectraCalcIQ. A banner will also appear at the bottom of this page.
Tap the Share button (the box with an arrow), then choose Add to Home Screen. The app opens full-screen without the browser chrome.
Once installed, the app shell and icons load instantly even without a network connection. An offline page is shown if you navigate somewhere that requires connectivity.