"Commercial rooftop — 480 panels across 6 arrays. Panel counts were right. String config matched the one-line. Racking rail footage was within 3% of my manual check."
Solar PV Takeoffs. Panels, Inverters, Racking, Conduit. ~15 Minutes.
Upload your solar installation plans. Get panel counts by array, inverter and combiner box schedules, racking component quantities, DC and AC conduit footage, and wire quantities — ready for material ordering.
Panels, inverters, racking, conduit — all counted
Panels counted by array, wattage, and string configuration
String, microinverter, and central inverter counts with specs
Rail footage, mounting hardware, DC and AC conduit by size
Export to Excel, CSV, or JSON - ready to import into your estimating software
What You Get From Solar PV Takeoffs
AI extracts panel counts, inverter schedules, racking quantities, and conduit footage from your solar installation plans.
Panels by array, wattage, and string configuration
Panel Arrays & String Configuration
Panel counts by array and string with wattage schedules. Module type and model from spec sheet references. Optimizers and monitoring devices counted per string.
- Panel counts by array and string grouping
- Module wattage and model from specification references
- Optimizers, monitoring devices, and rapid shutdown equipment
String, microinverter, and central inverter counts
Inverters, Combiners & Disconnects
String inverters and microinverters by count and kW rating. Combiner boxes with string input counts. DC disconnects, AC disconnects, and rapid shutdown devices from the one-line diagram.
- String and central inverters with kW ratings
- Combiner boxes with string input and fuse counts
- DC/AC disconnects and rapid shutdown devices
Rail footage, mounting hardware, DC and AC conduit
Racking Systems & Conduit Runs
Racking rail footage by type (flush, tilt, ballasted). Mounting hardware quantities by roof or ground mount type. DC conduit footage by size with wire quantities. AC conduit from inverters to point of interconnection.
- Rail footage by racking type and manufacturer spec
- DC conduit footage by size from string to inverter
- AC conduit from inverter to meter and utility POI
What a Solar PV Takeoff Delivers
A contractor-ready spreadsheet organized by system — panels by array, inverters with specs, racking by type, conduit by size. The format your supplier and estimating software expect.
- Panel counts by array with wattage and string configuration
- Inverter and combiner box schedules with specifications
- Racking quantities and conduit footage by size
How the AI Reads Solar Plans
The AI reads your site plan, electrical one-line diagram, racking layout, and spec sheets together — understanding array configuration, string sizing, inverter connections, and conduit routing the way a solar estimator would.
- Reads site plan, one-line diagram, and racking layout together
- Understands string sizing and array configuration from one-line
- Conduit routing traced from inverters to point of interconnection
Every Trade. One Platform.
Upload your plans and get accurate material counts in about 15 minutes — across all major trades.
Electrical Takeoffs
Complete circuit-by-circuit counts from your electrical plans — panels, devices, wire footage, conduit runs, and junction boxes.
- Device counts: outlets, switches, dimmers, receptacles
- Panel schedules organized by circuit
- Wire footage estimates by gauge and type
HVAC Takeoffs
Comprehensive ductwork and mechanical counts — equipment schedules, diffuser locations, duct footage, and insulation requirements.
- Duct runs with dimensions and footage
- Diffuser and grille counts by type
- Equipment schedules: AHUs, VAVs, RTUs
Plumbing Takeoffs
Fixture counts, pipe routing, and material lists from your plumbing plans — residential and commercial.
- Fixture counts: toilets, sinks, showers
- Pipe runs by material, size, and footage
- Valve and fitting schedules
Fire Protection Takeoffs
Sprinkler head counts, pipe sizing, alarm device locations, and suppression system quantities from your fire protection plans.
- Sprinkler head counts by type and coverage
- Pipe footage by size and material
- Alarm devices: pulls, horns, strobes
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Solar Contractors Who Use It
Solar installers and electrical contractors doing commercial PV who needed takeoff speed on large projects.
"Ground-mount system, 2 MW. The AI caught the difference between the racking spec for section A and section B — different ballast configs. Flagged it. That would have been an expensive mistake."
"I do the electrical work on solar installs — inverters, conduit, interconnection. The AI organizes the conduit by DC vs AC runs automatically. Saves me 2 hours of sorting."
"Use it to verify sub bids. Caught a 20% undercount on a recent electrical sub package. Paid for a month of credits on that one catch. Now I run every sub bid through it before signing."
"Sprinkler layouts are complex — density zones, obstruction calcs, riser diagrams. The AI catches head counts and pipe footage I'd need hours to verify manually. Especially useful on large commercial projects."
"No subscription is the key for me. I pay credits when I bid, not monthly whether I use it or not. Slow months cost me nothing. Busy months I load up credits at the 10-pack rate and save 25%."
Solar PV Takeoff — Contractor Questions
Honest answers to what solar installers and electrical contractors ask before their first solar PV takeoff.
What does a solar PV takeoff include?
Panels by array and string, inverters and combiners with specs, racking by type and footage, DC and AC conduit by size, wire quantities by conductor, grounding system, rapid shutdown devices, and monitoring equipment.
- Panels, inverters, combiners, racking, conduit, wire
- Grounding, rapid shutdown, monitoring equipment
Does it work on commercial rooftop and ground-mount?
Yes — both. Rooftop plans include roof penetration hardware and flashing quantities. Ground-mount plans include pile or ballast counts by array section. The mounting type is identified from the racking drawing and spec section.
- Rooftop: penetration hardware and flashing quantities
- Ground-mount: pile or ballast counts by array section
How long does it actually take?
About 15 minutes for a typical 30-page commercial set. Larger plan sets — 80-100 pages — run 25-40 minutes. You'll get an email when results are ready. Upload before lunch, have counts before you leave the office.
- 30 pages: ~15 minutes
- Email notification when complete — no waiting at the screen
What exactly do I get back?
An Excel spreadsheet (or CSV) organized by trade category — circuits, devices, wire footage by gauge, conduit runs with sizing. The same format you'd hand to a supplier or import into your estimating software. Plus a flagged items list with page references.
- Excel, CSV, or JSON — your choice
- Organized by category, ready to import or price
How do I get started?
Create a free account with one Google click and we’ll show you a real commercial plan set alongside the AI-generated takeoff from it. See the output format, accuracy, and how flagged items work — before uploading any of your own plans. No credit card required.
- One Google click — no credit card required
- See a real example plan and takeoff output immediately
I already use PlanSwift / Bluebeam. Will this replace it?
No — and we're not trying to. TakeoffBuilder handles the counting. Your existing software handles pricing, markup, and workflow. We export to the formats your software imports. Think of it as a counting layer on top of what you already use.
- Exports to PlanSwift, Accubid, and Excel
- Complements your existing tools — doesn't replace them
Visit our complete FAQ page or contact support for specific questions about your projects
More Questions?See a Real Solar PV Takeoff Free
Upload any solar installation plan with a free account. Get panel counts, inverter schedules, and conduit footage in about 15 minutes. No credit card required.
- Sign up free — see a real example plan and AI takeoff output
- Results in about 15 minutes, not 3 days
- Works on your existing plans — PDF, scanned, or CAD export
Panels, inverters, racking — ~15 minutes