The Small Electrical Shop Tech Stack (Under 10 Techs)

Built for the 51%

Over half of electrical firms run nine people or fewer, and the buyer is usually the owner. NECA puts the average electrical contractor owner at 58.6, and 60.7 in firms with 1 to 9 employees. That owner is on a truck, not behind a dispatch desk. Enterprise platforms assume a full-time admin and multiple branches. A small shop needs a tool the owner can run from the driveway between jobs, with a seat count that matches the crew and onboarding that takes an afternoon, not a quarter.

The tell is per-seat pricing and setup fees. If a platform charges like you have 20 seats and takes a month to configure, it was designed for someone else. You're paying for a dispatch office you don't have.

The Four Jobs the Stack Has to Do

Strip the pitch decks away and a small electrical shop needs exactly four things. Quoting: send a clean estimate from the field before the customer calls the next guy. Scheduling: book the work and know who's where without a whiteboard. Job costing: track labor and parts against each ticket. Materials: log what you buy so margin is visible.

That's the stack. Not a customer portal, not a marketing suite, not multi-warehouse inventory. Those are features for firms three sizes up. If you're paying for leads, the tool's job is to make sure the lead you paid for turns into a quote fast and a booked job faster. Pull your own cost per lead out of your ad account, divide by the jobs you actually booked, and you'll have the real price of a slow quote. Speed on the first two jobs protects the money you spent getting the phone to ring.

Scheduling: The Job Nobody Costs

Everybody prices labor. Almost nobody prices the schedule. In a 2 to 8 electrician shop the day gets rebuilt on the fly, and every rebuild burns hours you already paid for and can't put on a ticket. Four things do most of the damage. All the math below runs on a $50 fully burdened hourly rate, which is where a $30 base wage tends to land once you load taxes, insurance, truck, and overhead. The job-costing section works that out. Swap in your own number.

The service call that resequences the day. Two guys are on a panel swap and the phone rings with a no-power call. Somebody has to leave. Now you've got a half-finished panel, a truck that has to come back tomorrow to finish four hours of work, and a homeowner on the original job who just got bumped. Between the drive, the re-setup on return, and the calls to move the afternoon, call it 90 minutes of productive time gone per man. At $50 burdened, that's $75 a man, $150 for the pair. Twice a week across the year is about $15,000 in labor you bought and can't bill.

Journeyman doing apprentice work. This is the most expensive scheduling mistake in a small shop and it never looks like a mistake, because the job gets done. If a journeyman costs you $50 burdened and an apprentice costs you $30, every hour of apprentice-grade work handed to a journeyman burns the $20 gap. Four hours a week across the crew is roughly $4,000 a year. Run your own two rates. The gap between them is the number that matters, not mine.

Drive time between mismatched jobs. A panel swap on the north side and a troubleshoot on the south side is 45 minutes of windshield. The same two jobs sequenced by geography is 15. That 30-minute delta at $50 burdened is $25 a day per truck. Three trucks, five days, fifty weeks, and you're near $18,750 a year in drive time you can schedule away without hiring anybody.

Permit and inspection windows. This is the one that makes electrical scheduling different from most trades. An inspection pins a job to a date you don't control. If rough-in isn't buttoned up when the inspector shows, you don't just lose that slot, you lose the crew day stacked behind it and you wait for the next opening. One missed inspection can cost a crew day plus a week of calendar. A shop that keeps inspection dates in the same calendar as the crew sees the conflict a week out. A shop running a whiteboard finds out that morning. We walk through a full week of this, inspection days and emergency calls included, in electrician scheduling built around permits and inspections.

Add those four up and the schedule is quietly one of the largest line items in the shop, and it's the one nobody puts a number on. That's why the scheduling piece of the stack has to hold three things a whiteboard can't: who is qualified for the work, where the trucks already are, and the dates somebody outside your shop already pinned. If it only holds names and times, it's a whiteboard with a login.

Job Costing Before You Grow

Job costing is where small shops leave money on the table, and it's mostly labor math. The BLS median electrician wage is $63,190 a year as of May 2025, roughly $30 an hour in base pay. That's not your true cost. Load it with payroll taxes, insurance, truck, and overhead, and a $30 base often lands near $45 to $55 an hour fully burdened. Run your own math; your burden is specific to your shop.

Now cost a job. Say a service call runs six hours of labor. At a $50 burdened rate, that's $300 in labor. Add $180 in parts and your cost is $480. Bill it at $850 and your gross margin is $370, about 44%. Do that on every ticket and you learn which job types actually pay and which ones you should stop taking.

The reason this matters more now: the work is shifting. NECA reports residential single-family revenue share fell from 38.4% in 2018 to 29% in 2023, now about even with commercial, and commercial work is growing. Commercial jobs are longer and margins are tighter. Sloppy labor tracking that survives on residential service calls will bleed you on a three-week commercial job.

If you can't tell me your labor cost and margin on the last job you finished, you're not pricing, you're guessing. The shops that survive the next decade know their number on every ticket.

Going Direct: The Materials-Margin Move

Buying direct from manufacturers is the fastest margin lever a small shop has right now, and more contractors are pulling it. NECA found direct-from-manufacturer purchasing rose to 21.1% in 2024, up from 5.5% in 2022, nearly a fourfold jump in two years.

Here's the operator math. If you buy a high-volume item through a distributor at $100 and can source it direct at $82, that's 18% off material cost on every job that uses it. On a job with $2,000 in materials, going direct on the bulk of it can add $300 or more to gross margin without touching your price to the customer. The catch is tracking. If those parts don't get logged against jobs, the savings vanish into an unreconciled PO pile and you never know if the direct buy actually paid. Direct isn't for every SKU; keep the distributor for one-off and emergency parts. Start with what you buy in volume, log it per job, and measure the margin difference before shifting more.

Truck Stock and the Supply-House Run

Direct buying is the price side of materials. Truck stock is the labor side, and it's the one that bleeds every single day.

Price an unplanned supply-house run the way you'd price a job. Ten minutes figuring out what's missing, twenty each way in the truck, fifteen at the counter. That's about sixty-five minutes. At $50 burdened, roughly $54 in labor spent buying something that could have been sitting on the truck. If the customer is standing in the garage while it happens, you're eating the hour twice, once in payroll and once in the job you didn't get to. Two unplanned runs a week per truck across three trucks is about 300 runs a year, or somewhere near $16,000 in labor spent shopping.

Nobody fixes that with a bigger van. You fix it by knowing what actually comes off the truck. Log every part against the job it went into, and after ninety days you can see the thirty or forty items that show up on most tickets. Those are the ones worth stocking deep. Everything else stays a supply-house item and that's fine. Without the per-job log you're guessing at truck stock the same way you'd be guessing at price.

Copper is what makes this urgent right now. BLS puts the producer price index for copper wire and cable at a preliminary 578.2 in July 2026 against 490.2 in July 2025, a rise of about 18% in twelve months. A wire-heavy job you priced off last year's material numbers is a job you're losing money on today. If material cost isn't landing against the job, you won't catch it until the year-end books, and by then you've quoted two hundred more like it.

The Honest Take

OptimizeIt is a newer brand, and we'll say that plainly. If you're a 40-truck outfit with a dispatch office and a controller, we're not your best fit, and an enterprise platform probably is. Where we fit is the 2 to 15 electrician shop that wants the four jobs done well without enterprise cost or setup time.

Pricing is straightforward on annual billing: Core at $79 a month with 2 seats covers quoting, scheduling, and job tracking, which is enough for most shops under 10 techs. Plus at $159 a month with 4 seats adds the phone line. Pro at $239 a month with 6 seats adds the AI Voice Agent so missed calls get answered and booked, plus the heavier automation. Extra seats past what a tier includes are a flat $25 a month. The scheduling, margin, job-cost, and truck-stock figures above are illustrative and built on a $50 burdened rate. Run your own burden rate and your own material math, because your numbers are yours. If you want to see whether the four-job stack fits your shop, start free and quote a real job through it. For deeper comparisons, read the honest electrical software comparison or the head-to-head breakdown against the two platforms small shops ask about most, and see how the field service CRM and electrical toolkit handle the four jobs.

Companion piece coming: "The Under-10-Tech Electrical Stack Checklist."