How Many Electrical Leads Do I Need Per Month?

Run the standard calculation and you get a number. Take a $1.2 million target, divide by an average ticket, divide by a close rate, and out comes something like 277 leads a month.

Then look at your schedule board and notice that four electricians cannot physically do 97 jobs in 21 working days at the utilization you are actually running.

That is the problem with the way this question gets answered everywhere else. The arithmetic is fine. It is just pointed at the wrong constraint. In electrical, the thing that caps your business is a billable crew-day, not a lead.

The short answer

A four-electrician residential and light-commercial shop targeting $100,000 a month needs roughly 166 new leads, at a cost of about $7,000, and the plan only works if billable utilization sits above 60%. The naive version of the same calculation says 277 leads and $11,634, which is a 40% overbuy on a plan the crew cannot deliver anyway.

Getting from the first number to the second takes four corrections, and each one is specific to how electrical work is actually sold and scheduled.

Step 1: the arithmetic everyone stops at

Start where every other page on this topic starts. A $1.2 million annual target is $100,000 a month.

Every input there is real. The $42 figure is a published cost per lead for owned channels like SEO and Google Business Profile, against $80 to $150 on shared marketplaces, which lines up with the wider range electrical leads actually cost. The 35% close rate sits inside the 30% to 45% range reported for exclusive leads from your own channels.

The output is still wrong, and it is wrong in the expensive direction, because nothing in that table asks whether 97 jobs is a thing your crew can do.

Step 2: your crew-day ceiling comes before your revenue goal

Reverse the order. Capacity first, revenue second, leads last.

Benchmarks for residential and light-commercial service work put revenue per field technician at $200,000 to $350,000 a year in 2026, with a median band of $165,000 to $295,000 per full-time electrician and a midpoint near $230,000. Four electricians at the midpoint is about $920,000 a year, or $76,700 a month.

So a $100,000 monthly target with four electricians is already at the top of the benchmark band. It is reachable, but only by running above average, and no amount of lead spend substitutes for that.

Now convert headcount into the unit that actually matters.

Four electricians across 21 working days is 84 calendar crew-days a month. Not all of those are billable. Realistic utilization targets are 65% to 75% for service technicians, who carry more windshield time, and 75% to 85% for site-based project electricians. Real-world performance is often far below that: for many service companies a 30% billable efficiency rate is considered good, which works out to a technician billing roughly 2.4 hours of an 8-hour day.

That gap is the whole ballgame. At 30% efficiency, 84 crew-days becomes 25 billable ones. At 50%, which the same source calls extremely efficient, it becomes 42.

Step 3: job count is the wrong denominator

Here is the correction that matters most in this trade specifically, and that no lead calculator applies.

Electrical job durations range from a one-hour outlet swap to a three-week knob-and-tube replacement. A count of "jobs" treats those as the same event. They are not close to the same event, and the difference is not proportional to the ticket.

Price the common residential job types by the crew time they consume:

Read the top and bottom rows together. A $1,400 EV charger install earns about $2,800 per crew-day. A $20,000 knob-and-tube replacement earns about $2,000. The rewire has a ticket roughly fourteen times larger and pays roughly 30% less per day of crew time, while locking a crew out of the schedule for two weeks.

This inverts the advice you will read everywhere else. The standard line is that electrical contractors have a structural advantage because high tickets mean you need fewer leads. That is true only if you measure in jobs. Measured in crew-days, the best-paying work in the table is the short work, and short work consumes leads faster. An EV charger mix burns two leads per crew-day. A rewire mix burns one lead per ten crew-days.

The highest-margin schedule is also the most lead-hungry schedule. If you are optimising revenue per crew-day, you need more leads, not fewer.

Step 4: only part of your revenue is lead-addressable

The naive calculation divides your entire revenue goal by your close rate. That assumes every job starts with a purchased or marketed lead. In electrical it does not, and the gap is larger than in most trades.

The 2026 Profile of the Electrical Contractor, Electrical Contractor Magazine's biennial survey, breaks work down by bidding format. Across all firms, 77% reported time and materials work in 2025 and 71% reported maintenance, service and repair. Weighted by importance to the business, the picture splits sharply by size: time and materials accounts for 38.8% of projects for the smallest firms against 12.1% for those with 100-plus employees, and maintenance, service and repair carries 24.3% importance for small companies against 10.6% for large ones.

Small electrical shops, in other words, run mostly on time and materials work and standing service relationships. That is repeat customers, property managers, general contractors and builders who call you because you are the electrician on file. It does not come from a lead form, and Part 1 of the same survey found revenues and firm sizes both declined since 2024, with more companies now falling into the 1 to 9 employee bracket.

So before you compute a lead buy, subtract the work that was always going to come to you.

Take the worked example, with an assumed 40% of jobs arriving from repeat customers, referrals and standing accounts. Measure your own share rather than borrowing this one:

That is $4,662 a month, about $56,000 a year, that the standard calculation tells you to spend on leads for jobs you already have.

Step 5: plan a flat base, not a seasonal curve

The HVAC and roofing playbook says to plan roughly 1.5x your average in peak months and 0.6x in the shoulders. Applying that to electrical will have you over-buying in July and starving in March, because electrical demand is the flattest in the trades.

Search data across home services bears this out. Core electrical queries fluctuate only 20% to 34% year round:

Then look at what emergency intent does on top of that base:

Two different curves. Your planned work, the panel upgrades and inspections and general service, is close to flat and rewards always-on organic visibility. Your emergency work spikes hard in winter and rewards a budget you can turn up on short notice.

So the answer to "should I plan by season" is: set a flat monthly base target, then hold a surge buffer for December and for storm weeks, rather than applying seasonal multipliers to everything.

The one caveat is work mix. Service electricians stay steady all twelve months, with winter bringing a spike rather than a slowdown as heating loads push panels and breakers that coasted through summer. Residential construction and renovation work is the part that genuinely swings, ramping in March and April, peaking May through August, and going quiet in January and February. Commercial work runs on its own rhythm, with a Q4 surge as businesses spend remaining budget before year-end.

That explains a complaint you see constantly from electricians on commission. One described his pay running $2,000 to $3,000 a week in season, then dropping to $400 to $500 "when the slow season starts at the end of October." His employer's mix was project-heavy. A shop with a genuine spread across service, residential projects and commercial relationships does not feel that cliff, because the three curves do not dip together.

Step 6: check the number against the labour ceiling

One last constraint, and in this trade it is the one most likely to bite.

The Bureau of Labor Statistics projects roughly 81,000 electrician openings a year through 2034. Close to 30% of union electricians are near retirement, and an apprenticeship takes four to five years to produce a journeyman, so the pipeline cannot respond quickly to a demand spike.

Which means the lever most contractors reach for when leads outrun capacity, hiring, is the slowest lever available. This shows up constantly in operator threads. One residential electrician described being the only resi guy at his shop, unable to keep up with what the schedule threw at him, while his boss tried and failed to hire: "The boss has tried to hire more guys and each one has been a dumpster fire." He had trained three apprentices all the way through, and all three were poached weeks before testing out. The top reply put the accountability where it belongs, that it is on the owner to hire enough people to match the work, not on the crew to absorb it.

If your lead calculation produces a number that requires a headcount you cannot hire, the number is wrong. Reduce the target or raise revenue per crew-day. Those are the two options that do not depend on the labour market.

The four-number worksheet

Everything above collapses into four numbers. Fill these in for your own shop and you have your answer in about ten minutes.

1. Capacity ceiling. Field electricians × $230,000. That is your realistic annual revenue ceiling before you set any target. If your goal exceeds it, fix the goal or the headcount first.
2. Billable crew-days. Electricians × working days × your utilization rate. If you do not track utilization, assume it is worse than you think and measure it for a month before spending anything.
3. Required revenue per billable crew-day. Monthly target ÷ billable crew-days. Compare it against the crew-day table above. If your number is $2,600 and your mix averages $1,850, the mix has to change, and more leads will not change it.
4. New-lead requirement. Jobs needed, minus repeat and referral and standing-account jobs, divided by your close rate by source. Multiply by cost per lead for the budget.

Run step 4 per channel rather than blended. Referrals close above 50%, Local Services Ads at 40% to 50%, organic search at 35% to 45%, Google Ads at 30% to 40%, and shared marketplace leads at 15% to 20%. A single blended close rate hides which channel is actually carrying you, which is also the fastest way to keep funding the worst one. If you are not tracking source-level close rates yet, start with where your leads actually come from.

When the number is unaffordable, or unstaffable

Three levers, in the order that actually works.

Utilization first, because it is free. Moving from 2.4 billable hours a day toward the 65% to 75% band that benchmarks target is the largest single revenue increase available to most electrical shops, and it costs nothing but tighter dispatch, better routing and fewer return trips. It also lowers the lead requirement, because the same crew absorbs more work.

Mix second. Shifting crew-days from long low-rate work toward EV chargers, panel upgrades and 200A services raises revenue per crew-day without raising headcount. It does raise your lead requirement, which is the trade you are making deliberately. This is also the honest answer to price pressure, and it beats competing on price for electrical jobs by changing what you sell rather than what you charge.

Headcount last, because of the four-to-five-year pipeline. Hire against a backlog you have already proven, not against a lead plan on a spreadsheet.

Buying volume you cannot schedule, at a close rate you have not measured, on a crew running 30% billable, is the most common way electrical marketing budgets get burned.

Which is the real answer to the question. There is a number, it is probably between 150 and 300 a month for a shop your size, and you can calculate it in ten minutes. But it falls out of your crew-days, your mix and your repeat rate. The lead number is the output of the model. It is never the input.