Daylight Harvesting Business Owner Income: $115K Pay, Month 16 Breakeven
This estimate covers a US commercial daylight harvesting system installation business over a five-year model period The researched case shows $603k revenue and -$290k EBITDA in Year 1, then $3596M revenue and $1155M EBITDA by Year 5, before taxes, debt service, reserves, and owner distributions
Owner income$115kNet margin-48% to 32%Revenue for target pay$359kBusiness difficultyHard
Want to test your owner pay target?
Owner income calculator
Estimate owner take-home and the target-pay gap from revenue, margin, costs, reserves, and target pay.
!
Planning note: This is a researched planning estimate, not guaranteed salary, tax advice, or owner distribution advice.
Want the six levers that move owner income?
1
Project Volume
$603K-$3.6M
More signed jobs drive the jump from $603K in Year 1 to $3.6M in Year 5, and that scale is what gets the model to Month 16 breakeven with $443K minimum cash.
2
Gross Margin
71%-76%
Gross margin moves from about 71% to 76%, which is the cleanest path from -$290K EBITDA to $1.155M by Year 5.
3
Contract Value
$95-$170/hr
Shifting more work toward higher-rate design and maintenance hours lifts revenue per project without needing the same jump in field headcount.
4
Labor Efficiency
80-100h
Keeping installation and commissioning hours tight protects the spread between billed work and payroll as project load rises.
5
Channel Mix
$1.2K-$1.0K
Lower CAC, from $1,200 to $1,000, matters because better-fit channels bring in more profitable project types and save cash before payback.
6
Maintenance Revenue
15%-55%
Recurring maintenance grows from 15% to 55% of the mix and stabilizes cash, but it stays secondary unless you build it on purpose.
How do you check owner income in the Daylight Harvesting System Installation model?
How much revenue does a daylight harvesting business need to pay the owner?
Daylight Harvesting System Installation needs about $905k in revenue to cover a $115k owner role if you treat it as general manager payroll. Year 1 payroll, fixed overhead, and marketing total about $642k—$485k payroll, $133k fixed overhead, and $24k marketing—so $603k of Year 1 revenue still needs outside cash; Year 2 at $1.358M clears breakeven and supports about $157k EBITDA (earnings before interest, taxes, depreciation, and amortization) before taxes and reserves.
Year 1 gap
$603k revenue in Year 1
$642k total pay, overhead, marketing
$905k rough breakeven revenue
Outside cash is still needed
Year 2 payoff
$1.358M Year 2 revenue
Clears breakeven in the model
Supports about $157k EBITDA
Leaves room for taxes and reserves
How much does a daylight harvesting installation business owner make?
A Daylight Harvesting System Installation business owner makes a planned $115,000 owner-manager salary in Year 1 in the researched model, but no extra profit-supported distribution because EBITDA is -$290,000. For startup planning details, see How To Launch Daylight Harvesting System Installation Business?.
Owner pay
$115,000 planned Year 1 salary
$0 profit-supported Year 1 distribution
-$290,000 Year 1 EBITDA
Sales role can replace paid labor
Profit path
Revenue: $603,000 in Year 1
Revenue: $1.358 million in Year 2
Revenue: $3.596 million in Year 5
EBITDA reaches $1.155 million in Year 5
What margins matter in a daylight harvesting installation business?
If your gross margin is weak, the job is underpriced; if your operating margin is weak, payroll and overhead are eating the rest. For Daylight Harvesting System Installation, the direct cost stack runs at 290% of revenue in Year 1 and 242% in Year 5, so check the job math first; see How Increase Daylight Harvesting System Installation Profits? for the profit levers.
Project margin leaks
Hardware falls from 140% to 120%
Subcontracted electrical labor drops from 60% to 40%
Logistics improves from 40% to 32%
Sales commissions and travel stay at 50%
What breaks the margin
Underpriced sensors and controllers
Underestimated wiring and lift time
Programming and commissioning overruns
Change orders and warranty callbacks
Key Takeaways
Booked projects drive revenue only when crews can deliver.
Bigger scopes raise revenue but also labor and cash risk.
Margin improves when hardware, freight, and trips stay controlled.
Maintenance steadies cash, but installation still pays the bills.
Compare lean, base, and mature owner income scenarios
Owner income scenarios
Owner income rises as installation volume, maintenance mix, and pricing improve, while payroll and direct costs stay controlled. The low case is cash-tight, the base case is profitable, and the high case scales recurring work.
Compare owner income under lean, modeled, and mature operating setups.
Scenario
Low CaseCash strain
Base CaseProfit build
High CaseScale upside
Launch model
This is the lean case, where owner pay is tight and depends on funded operating cash.
This is the modeled case, where owner income is supported by steady profit and more recurring work.
This is the stronger earnings path, where owner income benefits from larger scale and recurring contracts.
Typical setup
Year 1 lands at $603k revenue and -$290k EBITDA, with $24k marketing, $485k payroll, and a mix led by site audits and design.
Year 3 reaches $2.121M revenue and $478k EBITDA, with $48k marketing, $732.5k payroll, and a stronger installation and maintenance mix.
Year 5 reaches $3.596M revenue and $1.155M EBITDA, with $60k marketing, $1.06M payroll, and 55% maintenance contracts.
Cost drivers
Year 1 revenue
290% direct and variable load
$24k marketing
$485k payroll
Month 16 breakeven
Year 3 revenue
266% direct and variable load
$48k marketing
$732.5k payroll
growing maintenance mix
Year 5 revenue
242% direct and variable load
$60k marketing
$1.06M payroll
55% maintenance contracts
Owner income rangeBefore owner reserves
$0 - $115kFunding risk
$115k - $478kCore plan
$478k - $1.155MGrowth upside
Best fit
Use this to stress-test cash strain and owner-pay deferral.
Use this as the main operating case for planning and hiring.
Use this to test upside if the business wins more recurring service work.
!
Planning note: These scenario ranges are researched planning assumptions from the model, not guaranteed earnings, salary promises, tax advice, or cash distributions.
Daylight Harvesting System Installation Core Six Income Drivers
Project Volume And Qualified Demand
Qualified Project Volume
More completed daylight harvesting installs raise owner income only when crews, commissioning capacity, and cash flow can keep pace. Here’s the quick math: marketing rises from $24k to $60k, CAC improves from $1,200 to $1,000, and acquired customers move from 20 in Year 1 to 60 in Year 5. That supports revenue growth, but only if gross margin holds and Month 16 breakeven is real.
What this estimate hides is the pipeline trap: leads don’t pay bills. Owner draw improves only after booked site audits, signed installation scopes, and paid maintenance work convert demand into finished jobs. If the team can’t install, calibrate, and collect fast enough, extra demand just adds backlog and working-capital strain.
Track Booked Work, Not Leads
Measure site audits booked, scope-to-install close rate, and days to cash collection each month. Tie the marketing budget to booked audits, not raw inquiries, so the funnel stays real. If audit volume rises but signed scopes do not, cut spend or tighten qualification before labor and freight costs expand.
Also track crew load and commissioning hours against planned installs. The goal is simple: more completed projects with no margin leak. If gross margin stays intact, higher project volume should lift owner pay after breakeven; if not, the extra revenue will be swallowed by overtime, callbacks, and delayed payment.
Average Contract Value And Scope Mix
Average Contract Value And Scope Mix
When a job adds more zones, sensors, controllers, design, programming, and building-controls integration, average contract value rises and the owner earns more per site. Here’s the quick math: installation billing moves from $7,600 in Year 1, based on 80 hours × $95/hour, to $11,500 in Year 5, based on 100 hours × $115/hour. That is a 51% lift in install revenue before overhead.
Scope mix also changes cash flow. Site audit billing rises from $1,800 to $2,040 per audit, and maintenance from $480 to $560 per visit. Bigger jobs can improve gross profit, but they also bring change orders, slower collections, and more working capital tied up before the owner can pay themselves.
Track Scope Before You Price It
Measure revenue per project, hours per job, and change-order rate on every install. If the scope gets larger, price the extra design, programming, and integration work up front. A clean scope sheet should name the zones, sensors, controllers, and controls handoff, so the estimate matches the labor actually used.
Track billed hours versus planned hours.
Separate audit, install, and maintenance rates.
Preprice building-controls integration work.
Invoice deposits on larger projects.
Watch days sales outstanding closely.
The owner does best when bigger contracts lift margin without stretching cash. If unbilled labor or slow pay pushes collections past 30 to 45 days, take-home income gets squeezed even when revenue looks strong. Quote the full scope, document exclusions, and bill change work fast.
Maintenance Revenue And Recalibration Work
Maintenance Revenue And Recalibration Work
If install work is lumpy, service keeps cash coming in. Each modeled maintenance visit is 4 hours, billed at $120/hour in Year 1 and $140/hour in Year 5, so gross billings run $480 to $560 per visit. The work can include sensor recalibration, troubleshooting, post-installation commissioning support, and controls audits.
The model assumes maintenance contracts attach to 150% of customers in Year 1 and 550% by Year 5, so recurring work can smooth owner pay between projects. Still, installation stays the main revenue engine unless the service base is built on purpose. What this hides: unpaid callbacks, travel, and lift time can turn good billing into thin profit.
Track Service Attach And Billable Hours
Track paid service hours, contract attach rate, and callback rate. That shows whether maintenance is real revenue or just free labor. Price extra trips separately, and define what counts as billable recalibration versus warranty support so gross margin and owner draw stay clean.
Price 4-hour visits as fixed scopes.
Quote audits with every install.
Flag any unpaid repeat trip.
If paid hours rise but callbacks rise faster, the owner feels it fast in cash flow. The fix is tighter scope notes, faster scheduling, and clear handoff docs from install to service.
Sales Channel And Project Type
Project Type And Sales Channel Mix
Sales channel and project type decide whether a daylight harvesting job is profitable or just busy. Direct facility owner retrofits usually pay better and close faster, while general contractor, energy-service-company, utility rebate, and new construction work can add volume but squeeze margin and delay cash.
The key inputs are lead cost, CAC, commissions, travel, payment terms, and project mix. With sales commissions and travel at 50% of revenue each year and CAC improving from $1,200 to $1,000, channel choice only helps owner income if collections stay quick; long terms can deepen the $443k cash low point.
Track Cash, Not Just Wins
Measure each channel by gross margin, days to cash, and CAC, not just signed revenue. If a project type needs more coordination, rebate paperwork, or subcontracted bidding, it should earn a higher price or a smaller share of the funnel.
Track CAC by source.
Track days from bid to cash.
Price slower-paying work higher.
Prefer direct owner retrofits.
Limit rebate-heavy pipeline exposure.
Build the forecast by project type: expected price, commission, travel, and payment timing. If a channel stretches receivables, it ties up cash and can block owner pay even when booked work looks healthy. One slow-paying job can cost more than two fast ones.
Gross Margin Across Equipment And Labor
Equipment And Labor Margin
This driver is the gap between what a daylight harvesting job bills and what sensors, controllers, wiring, lifts, subcontracted electrical work, freight, and sales travel really cost. The source model shows direct and variable cost load easing from 290% of revenue in Year 1 to 242% in Year 5, with contribution margin moving from 710% to 758%. That gap is what funds owner pay after overhead.
What this estimate hides is fixed cost pressure. Fixed overhead is separate and includes $111k monthly rent, software, insurance, fleet, utilities, and admin. So if takeoffs miss hardware, subcontractor hours, or unpaid commissioning trips, gross margin falls first and owner draw follows. One unpaid site revisit can wipe out the profit on a small job.
Tighten Job Costing
Track every job by line item: quoted vs. actual hardware, lift time, freight, travel, and subcontracted electrical labor. Use the takeoff to set the markup, then compare it to the closeout sheet before you book revenue. Here’s the quick math: if freight or commissioning travel slips through, the owner eats it, not the customer.
Improve margin by controlling the leakage points: poor takeoffs, weak hardware markup, unmanaged subcontractor hours, missed freight, and unpaid commissioning trips. Use one checklist per project, and require billing for every return trip. That protects gross profit, smooths cash flow, and leaves more room for owner pay after fixed overhead.
Match quote to takeoff.
Recover freight and travel.
Cap subcontract labor hours.
Bill commissioning visits.
Labor Productivity And Commissioning Accuracy
Labor Productivity and Commissioning Accuracy
Labor productivity drives owner pay because installation work is billed by the hour, and commissioning—the final test-and-calibrate step—is where rework shows up. Year 1 uses 80 installation hours per job at $95/hour for $7,600 of billed labor; Year 5 rises to 100 hours at $115/hour, or $11,500. Every unbilled trip, bad zone layout, or sensor error cuts EBITDA before the owner can take a draw.
Track Hours, Rework, and Callback Cost
Price to the real labor load, not the clean install estimate. Keep a job log for site audit hours at 12, installation hours, and maintenance hours at 4, then separate paid work from unpaid troubleshooting. If 10 hours on a Year 5 job go unpaid, that is $1,150 of lost billings at $115/hour. Watch for bad site assessment, wrong zoning, sensor placement errors, calibration delays, programming issues, and warranty callbacks.
