Answer
Solar installer profitability comes down to unit economics: job price, materials, crew cost, customer acquisition and overhead. In this guide's illustrative P&L, 10 residential jobs a month at €12,000 leave a 16.6% net margin after tax. These are planning assumptions, not market benchmarks, so rebuild them with your own quotes.
Last updated: November 2026
SurgePV publishes this post and sells solar design software.
The European solar market is big, but the days of easy residential growth are over. SolarPower Europe reports that EU installations slipped 0.7% in 2025 and that rooftop’s share of new capacity halved in two years. In that market, a solar company lives or dies on unit economics: revenue per job, cost per job, close rate, customer acquisition cost and overhead.
Also see: European solar incentives. For Europe-specific compliance details, see Europe solar compliance.
How to Read the Numbers in This Guide
Every euro range, percentage and close rate below is a planning assumption for building a model, not a published market benchmark. Only the SolarPower Europe, Eurostat and regulator figures are sourced, and each says so. Replace the assumptions with your own supplier quotes, job logs and CRM data.
Key Findings: Solar Business Unit Economics (Planning Assumptions)
Net margin after tax in the sample P&L: 16.6% (10 residential jobs a month at €12,000)
Revenue per residential job: €8,000 to €18,000 (varies by market and system size)
Gross margin: 46.5% on materials and subcontracted labor in the sample P&L; about €3,000 to €5,000 per job after in-house crew cost in the break-even table
Startup costs: about €52,500 lean, about €138,000 full-service
Customer acquisition cost: €400 to €1,200 per signed residential contract (assumed)
Close rate: 15% to 25% assumed for standard quotes, 25% to 35% with professional proposals
What this guide covers:
- EU solar market data and what it means for installers
- Revenue models: residential vs. commercial, one-time vs. recurring
- Full cost structure and sample P&L for a 10-installation-per-month company
- How design and proposal software can reduce soft costs
- Complete startup checklist with cost estimates
Test your own job economics before you scale
Run yield and payback for a real roof in minutes, so your proposals and your margin model start from the same numbers.
Book a DemoChecking cost first? See the SurgePV pricing page.
Section 1: Solar Market Outlook for Installers
EU Market Size and Direction
The EU market is large but flat. SolarPower Europe’s December 2025 press release reports 65.1 GW of new solar PV installed in the EU in 2025, down 0.7% from 65.6 GW in 2024, the first annual decline since 2016. The EU fleet reached 406 GW at the end of 2025. Its most likely scenario has the slowdown continuing through 2026 and 2027, with growth returning from 2028 and installations back near 67 GW a year by 2030. SolarPower Europe reports in DC.
The residential segment shrank most. SolarPower Europe says rooftop’s share of new EU capacity fell from 28% in 2023 to 14% in 2025, which it links to cuts in rooftop support schemes and softer household energy price pressure. It adds that Italy’s rooftop sector contracted sharply after support schemes were phased out.
- 202328%
- 202514%
Source: SolarPower Europe press release, 11 December 2025, checked November 2026.
For installers, the relevant metric is not gigawatts. It is the number of individual projects you can win at a margin that pays for the business. Household power prices still matter for customer payback: Eurostat reports an EU average of EUR 0.2832 per kWh for the first half of 2026, ranging from EUR 0.1139 in Hungary to EUR 0.3871 in Ireland, including taxes and levies. Also see: solar panel ROI in Italy and Germany solar subsidies.
What a Slower Residential Market Means for Installers
A shrinking residential segment tends to put more pressure on price and lead cost. That is a reasoned expectation, not a measured result, so check your own win rates and cost per signed contract by lead source.
- Quotes get compared more. Fewer jobs per installer means each homeowner is worth more, and every competitor chases them.
- Lead cost matters more. The lead-source table in Section 3 shows how far apart referral and paid leads can be.
- Margin discipline decides who survives. Underpriced bids from desperate competitors only work for a business with low overhead.
Why Companies Still Fail
Despite favorable conditions, solar installation businesses still fail. The most common reasons are not market-related:
- Underpriced bids. New entrants undercut incumbents to win jobs, then discover their margins cannot cover overhead.
- Poor cash flow management. Solar projects involve upfront material costs and delayed customer payments. Companies that cannot bridge the gap run out of cash.
- High customer acquisition cost. As an example, a €200 lead that closes at 15% costs about €1,333 per signed customer. If your leads cost more or close less, the cost climbs fast against a €12,000 job.
- Inaccurate proposals. Designs that do not match site conditions lead to change orders, delays, and margin erosion.
The companies that survive are the ones that control their unit economics from the start.
Section 2: Revenue Model, Residential vs. Commercial
Residential Revenue
Residential solar is where most new installers start. Lower capital requirements, simpler permitting, and shorter sales cycles make it accessible.
| Revenue Component | Typical Range | Notes |
|---|---|---|
| System price (6–10 kWp) | €8,000–€15,000 | Varies by market, panel tier, and mounting complexity |
| Battery add-on (5–10 kWh) | €4,000–€8,000 | Attach rate is an assumption; use your own share of jobs with storage |
| EV charger add-on | €800–€1,500 | Growing cross-sell opportunity |
| Monitoring/service contract | €100–€200/year | Recurring revenue; adoption assumed at 20–30% |
| Average revenue per residential job | €10,000–€18,000 | Including storage attach rate |
The battery attach rate is a big variable in residential revenue per job. A company selling storage on 40% of jobs versus 15% has very different revenue per customer, so model both cases.
Commercial Revenue
Commercial projects (50–500 kWp) offer higher revenue per job but require more working capital, longer sales cycles, and specialized technical capacity.
| Revenue Component | Typical Range | Notes |
|---|---|---|
| System price (50–200 kWp) | €40,000–€180,000 | €800–€1,100/kWp installed |
| O&M contract (annual) | €1,500–€5,000/year | Adoption assumed higher than residential (50–70%) |
| Monitoring platform | €500–€1,200/year | Often bundled with O&M |
| Average revenue per commercial job | €60,000–€150,000 | Highly variable by system size |
Residential vs. Commercial Comparison
| Factor | Residential | Commercial |
|---|---|---|
| Revenue per job | €10,000–€18,000 | €60,000–€150,000 |
| Gross margin after crew cost (assumed) | 30–40% | 20–30% |
| Sales cycle | 2–6 weeks | 2–6 months |
| Working capital needed | Low–moderate | High |
| Customer acquisition cost | €400–€1,200 | €2,000–€8,000 |
| Technical complexity | Low–moderate | Moderate–high |
| Repeat business | Low (one roof) | Moderate (portfolio owners) |
| Recurring revenue potential | Low | Moderate–high (O&M contracts) |
Most profitable installers operate in both segments, using residential volume for cash flow stability and commercial projects for higher absolute margins.
Recurring Revenue: O&M and Monitoring
Every system you install is a potential O&M customer for 20–25 years.
At €150/year per residential system and 25% adoption, a company installing 100 systems per year builds €3,750/year in recurring revenue from each cohort. After five years, that is €18,750 in annual recurring revenue from O&M alone. The gross margin on that revenue is an assumption you should test, not a given.
Section 3: Cost Structure and Full P&L Breakdown
Understanding where the money goes matters more than knowing how much comes in. The ranges below are planning assumptions.
Cost of Goods Sold (COGS): 50–60% of Revenue
COGS includes everything directly tied to delivering a single installation:
| Cost Category | % of Revenue | Per Job (€10,000 job) | Notes |
|---|---|---|---|
| Modules | 20–25% | €2,000–€2,500 | Commodity pricing, bulk discounts available |
| Inverter | 8–12% | €800–€1,200 | String vs. micro affects cost |
| Mounting system | 5–8% | €500–€800 | Roof type affects complexity |
| BOS (cables, connectors, etc.) | 3–5% | €300–€500 | Often underestimated |
| Battery (if included) | 15–20% | €1,500–€2,000 | Only on storage jobs |
| Subcontracted labor | 10–15% | €1,000–€1,500 | If not using in-house crews |
| Total COGS | 50–60% | €5,000–€6,000 |
The two largest COGS levers are module procurement pricing and labor efficiency. Distributor volume agreements and tighter crew scheduling are the two levers to price first. Quantify them from your own supplier quotes and job logs.
Sales and Marketing: 8–12% of Revenue
| Cost Category | % of Revenue | Monthly Cost | Notes |
|---|---|---|---|
| Digital advertising | 3–5% | €2,000–€5,000 | Google Ads, social media |
| Sales staff compensation | 3–5% | €3,000–€5,000 | Base + commission |
| CRM and sales tools | 0.5–1% | €200–€500 | Proposal software, CRM |
| Events and local marketing | 1–2% | €500–€1,500 | Trade shows, local sponsorships |
| Total sales and marketing | 8–12% | €5,700–€12,000 |
Customer acquisition cost (CAC) runs €400–€1,200 per signed residential contract, varying widely by lead source:
| Lead Source | Cost per Lead | Close Rate | Effective CAC |
|---|---|---|---|
| Referrals | €0–€50 | 25–35% | €0–€200 |
| Organic inbound (SEO/website) | €30–€80 | 20–30% | €100–€400 |
| Google Ads | €80–€200 | 10–20% | €400–€2,000 |
| Lead aggregators | €50–€150 | 5–15% | €350–€3,000 |
| Door-to-door | €100–€250 | 8–15% | €700–€3,000 |
Low-CAC companies tend to invest in referral programs, organic content and professional proposals that raise close rates. At the same lead cost, a company closing at 30% spends half as much per customer as one closing at 15%. See our guide on marketing for solar installers.
Labor: 15–20% of Revenue
| Role | Monthly Cost | Notes |
|---|---|---|
| Installation crew (2-person team) | €6,000–€9,000 | Fully loaded cost per crew |
| Project manager / lead electrician | €4,000–€6,000 | Oversees quality and compliance |
| Designer / engineer | €3,500–€5,000 | System design and permitting (or automated) |
| Admin / office support | €2,500–€3,500 | Scheduling, procurement, invoicing |
For a company running 10 residential installations per month, you need approximately 1.5–2 installation crews, one project manager, and one designer. Total labor cost: €16,000–€23,000 per month.
Overhead: 5–10% of Revenue
| Category | Monthly Cost | Notes |
|---|---|---|
| Office / warehouse rent | €1,000–€3,000 | Location dependent |
| Vehicle costs | €1,500–€3,000 | Lease, fuel, insurance for 2–3 vehicles |
| Insurance (GL, WC, professional) | €500–€1,200 | Varies by jurisdiction and coverage |
| Accounting and legal | €500–€1,000 | Monthly bookkeeping + annual filings |
| Software (design, CRM, accounting) | €300–€800 | Per-seat licensing |
| Miscellaneous | €300–€500 | Supplies, training, incidentals |
| Total overhead | €4,100–€9,500 |
Software: 1–2% of Revenue
Software costs are small in absolute terms, but the tools touch the variables that matter most: close rates, design accuracy, proposal quality and permitting speed. A solar design platform is one of those tools.
| Software Category | Monthly Cost | Impact Area |
|---|---|---|
| Solar design and simulation | €100–€300 | Design accuracy, proposal quality |
| CRM | €50–€150 | Lead management, pipeline visibility |
| Proposal generation | €50–€200 | Close rates, sales velocity |
| Accounting | €30–€80 | Financial management |
| Project management | €30–€100 | Crew scheduling, job tracking |
| Total software | €260–€830 |
At €500/month against €100,000/month in revenue, software is 0.5% of revenue. If a better proposal lifted your close rate from 15% to 25% (an assumption, not a promise), the return would dwarf the subscription cost.
Sample P&L: 10 Residential Installations per Month
Here is a complete monthly P&L for a solar installation company doing 10 residential jobs per month at an average ticket of €12,000:
| Line Item | Monthly (€) | % of Revenue |
|---|---|---|
| Revenue | 120,000 | 100% |
| Modules | 27,000 | 22.5% |
| Inverters | 12,000 | 10.0% |
| Mounting and BOS | 10,800 | 9.0% |
| Installation labor (subcontracted) | 14,400 | 12.0% |
| Total COGS | 64,200 | 53.5% |
| Gross Profit | 55,800 | 46.5% |
| Sales team compensation | 4,800 | 4.0% |
| Digital marketing | 3,600 | 3.0% |
| Other marketing | 1,200 | 1.0% |
| Total Sales & Marketing | 9,600 | 8.0% |
| Designer / engineer | 4,500 | 3.8% |
| Project manager | 5,000 | 4.2% |
| Admin | 3,000 | 2.5% |
| Total Labor (non-installation) | 12,500 | 10.4% |
| Office and warehouse | 2,000 | 1.7% |
| Vehicles | 2,500 | 2.1% |
| Insurance | 1,000 | 0.8% |
| Software | 500 | 0.4% |
| Accounting and legal | 750 | 0.6% |
| Miscellaneous | 400 | 0.3% |
| Total Overhead | 7,150 | 6.0% |
| Total Operating Expenses | 29,250 | 24.4% |
| Net Operating Profit | 26,550 | 22.1% |
| Taxes (estimated 25%) | 6,640 | 5.5% |
| Net Profit After Tax | 19,910 | 16.6% |
At 10 jobs per month and €12,000 average revenue, this model generates roughly €20,000 in monthly net profit, or about €240,000 annually. Raise the average ticket to €15,000 by selling more battery systems, hold the cost base, and annual profit rises further. Treat the figures as a template for your own P&L, not a forecast.
- Materials and subcontracted labor53.5%
- Net profit after tax16.6%
- Non-installation labor10.4%
- Sales and marketing8%
- Overhead6%
- Taxes (estimated 25%)5.5%
Source: SurgePV sample P&L above, assumptions only (illustrative example, not market data), checked November 2026.
Pro Tip
Before chasing more leads, test two levers in your own P&L: revenue per job through battery attach rate, and cost per job through design automation. Change one input at a time and see which moves net margin more. Neither needs a single extra system sold.
Section 4: How Software Reduces Soft Costs
Soft costs, meaning everything that is not hardware, include design labor, sales time, permitting, customer acquisition and project management. They are where software can help most.
Design Time Savings
In this model, manual design with generic CAD tools takes 2–4 hours per residential project (an assumption, so time your own team): roof measurement, panel layout, string sizing, shading analysis, and production simulation. At €4,500/month and 10 projects per month, design labor costs €450 per job. See Solar Shading Analysis Guide for detailed guidance.
With a solar design platform that covers 3D roof modeling, array layout and shadow analysis, we assume design time drops to 30–60 minutes. Design labor per job then falls to €75–€150, a saving of €300–€375 per job. Over 120 annual installations, that is €36,000–€45,000 in saved design labor. Results depend on the tool, the roof and the designer, so measure before you count it.
Proposal Quality and Close Rates
The table below uses assumed close rates to show why proposal quality is worth modeling:
| Proposal Type | Assumed Close Rate | Revenue per 100 Leads (at €10,000 per job) |
|---|---|---|
| Basic email quote (price + kWp only) | 10–15% | €100,000–€150,000 |
| Standard proposal (design + savings) | 15–22% | €150,000–€220,000 |
| Professional proposal (3D visualization, financial analysis, sensitivity) | 25–35% | €250,000–€350,000 |
On those assumptions, the gap between a basic quote and a professional proposal is €100,000–€200,000 in revenue per 100 leads. Your own close rates may differ, so track them by proposal type.
Solar proposal software can generate branded proposals with financial projections from the same design, which cuts the time reps spend on each one.
Auto-BOM and Procurement Accuracy
Manual bill-of-materials generation introduces errors. Missing components, incorrect quantities, and wrong specifications cause procurement rework and installation delays.
A single BOM error, such as a wrong inverter model, missing MC4 connectors or incorrect cable lengths, costs an assumed €200–€500 in rework plus a half-day crew delay. Over 120 annual installations, a 10% error rate means 12 jobs with rework costs of €2,400–€6,000. A tool that generates the bill of materials from the design removes one source of those errors.
Total Software Impact on Profitability (Illustrative)
| Improvement Area | Annual Savings/Revenue Gain | How |
|---|---|---|
| Design time reduction | €36,000–€45,000 | 3 hrs → 45 min per project |
| Close rate improvement | €50,000–€100,000+ | Better proposals, 10+ point increase |
| BOM accuracy | €2,400–€6,000 | Eliminate manual errors |
| Reduced change orders | €5,000–€12,000 | Designs that match site conditions |
| Faster permitting | €3,000–€8,000 | Documentation produced from the design |
| Total annual impact | €96,400–€171,000 |
Against annual software costs of €3,000–€8,000, the same assumptions give a return of 12x–57x. That is the arithmetic of this model, not a promised result, so rerun it with your numbers.
See where design time goes on a real project
Walk through 3D design, shading, financial modeling and proposals on one of your own roofs and compare it with your current hours per job.
Book a DemoWant the price first? Read the SurgePV pricing page.
For a direct comparison, see Arka 360 vs SurgePV.
Section 5: Startup Checklist for a Solar Installation Business
Here is a startup checklist with planning-level cost estimates across legal, financial, operational, marketing and technology. Get local quotes for every line.
1. Licensing and Legal Setup
| Item | Cost Estimate | Timeline | Notes |
|---|---|---|---|
| Business registration | €200–€500 | 1–2 weeks | Varies by country (GmbH, Ltd, SAS, etc.) |
| Electrical contractor license | €1,000–€5,000 | 2–8 weeks | Required in most EU markets |
| Solar-specific certifications | €500–€2,000 | 1–4 weeks | MCS (UK), Qualifelec (France), etc. |
| Building/roofing permits authority | €300–€1,000 | 2–6 weeks | Market dependent |
| Legal setup (contracts, T&Cs) | €1,500–€3,000 | 2–4 weeks | Customer contracts, subcontractor agreements |
| Total licensing and legal | €3,500–€11,500 |
Also see: France solar feed-in tariffs.
Key Takeaway
Licensing requirements vary significantly by country. In Germany, Anlage A of the Handwerksordnung lists Elektrotechniker among the trades that need authorization to operate, so check the master-qualification rules before you budget. In the UK, Ofgem lists the eligibility criteria for the Smart Export Guarantee, which covers solar PV up to 5 MW. Confirm any installer certification your customers’ schemes require.
For the UK, see battery and solar system design in the UK and the MCS vs non-MCS comparison.
2. Insurance
| Coverage Type | Annual Cost | Why Required |
|---|---|---|
| General liability | €2,000–€5,000 | Covers property damage and bodily injury |
| Professional indemnity | €1,000–€3,000 | Covers design errors and advice |
| Workers’ compensation | €2,000–€5,000 | Mandatory in most jurisdictions |
| Commercial vehicle | €1,000–€2,500 | For work vehicles |
| Tools and equipment | €500–€1,000 | Covers theft and damage |
| Total insurance | €6,500–€16,500 |
Do not underinsure. A single rooftop accident or a fire caused by a wiring error can bankrupt an underinsured company. Budget for full coverage from day one.
3. Equipment and Vehicles
| Item | Cost Estimate | Notes |
|---|---|---|
| Work vehicle (van/truck) | €15,000–€35,000 | Used is fine for startup; needs roof rack and secure storage |
| Hand tools and power tools | €3,000–€5,000 | Drills, crimpers, multimeters, torque wrenches |
| Safety equipment | €1,500–€3,000 | Harnesses, hard hats, PPE, fall protection |
| Ladders and scaffolding | €1,000–€2,500 | Access equipment for residential roofs |
| Testing equipment | €1,500–€3,000 | IV curve tracer, insulation tester, thermal camera |
| Total equipment | €22,000–€48,500 |
4. First Hires
For a startup doing 4–8 residential installations per month:
| Role | When to Hire | Monthly Cost | Notes |
|---|---|---|---|
| Lead installer / electrician | Day 1 | €3,500–€5,000 | Must hold electrical qualifications |
| Installation assistant | Day 1 | €2,500–€3,500 | Can train on the job |
| Designer (part-time) | Month 1–3 | €1,500–€2,500 | Or use automated design software |
| Sales rep | Month 2–4 | €2,500–€4,000 | Base + commission structure |
| Admin / bookkeeper | Month 3–6 | €1,500–€2,500 | Part-time initially |
A key startup decision: hire a full-time designer (€3,500–€5,000/month for 8–12 projects) or invest in solar design software (€100–€300/month) that lets your sales team handle design. On these assumptions the software route saves €3,000–€4,000 a month, but check how many projects one designer-free sales team can really handle.
5. Software Stack
| Tool | Monthly Cost | Purpose |
|---|---|---|
| Solar design and proposals | €100–€300 | System design, simulation, proposal generation |
| CRM | €30–€100 | Lead tracking, pipeline management |
| Accounting | €20–€50 | Invoicing, expenses, tax compliance |
| Project management | €15–€50 | Job scheduling, crew management |
| Communication | €10–€30 | Email, phone system |
| Total software | €175–€530 |
SurgePV’s public scope covers 3D roof modeling, array layout, shading analysis, energy-yield and financial modeling, and proposal generation, and its generation and financial tool handles the yield and payback side. Using one tool for these steps can reduce re-entering data between tools. See the pricing page for current plans.
Total Startup Cost Summary
| Category | Lean Startup | Full-Service Launch |
|---|---|---|
| Licensing and legal | €3,500 | €11,500 |
| Insurance (first year) | €6,500 | €16,500 |
| Equipment and vehicles | €22,000 | €48,500 |
| Working capital (3 months) | €15,000 | €45,000 |
| Marketing launch | €5,000 | €15,000 |
| Software setup | €500 | €1,500 |
| Total | €52,500 | €138,000 |
On these assumptions a lean residential startup launches for about €52,500 and a full-service operation for about €138,000. The figures assume one installation crew and exclude office space.
Break-Even Timeline
With monthly fixed costs of €12,000–€15,000 and gross profit per job of €3,000–€5,000:
| Installations per Month | Monthly Gross Profit | Monthly Fixed Costs | Monthly Net Profit |
|---|---|---|---|
| 2 | €6,000–€10,000 | €12,000–€15,000 | -€5,000 to -€2,000 |
| 4 | €12,000–€20,000 | €12,000–€15,000 | €0 to €5,000 |
| 6 | €18,000–€30,000 | €13,000–€16,000 | €5,000 to €14,000 |
| 8 | €24,000–€40,000 | €14,000–€17,000 | €10,000 to €23,000 |
| 10 | €30,000–€50,000 | €15,000–€18,000 | €15,000 to €32,000 |
In this table break-even arrives at around 4–5 installations per month. How long that takes depends on your lead flow, close rate and referral network.
Pro Tip
Your first 10 installations are your most important marketing asset. Deliver outstanding quality, document every project with photos, and ask for reviews and referrals before the final invoice. Referral leads are assumed to close at 25–35% in the lead-source table, at very low cost. That early reputation compounds.
For detailed strategies on building your customer pipeline, see solar sales conversion and solar business growth strategies. And for structuring financing offers that help close more deals, review the solar financing options guide.
Pro Tip
Use the free ROI and Payback Calculator to model break-even timelines for different installation volumes, average ticket sizes, and overhead structures before committing to a business plan.
Further Reading
Explore the Solar Business hub for guides on scaling operations, managing crews, and building a sustainable solar company.
Next Steps
Build your own version of the sample P&L, replace each assumption with a real quote or a number from your CRM, and see which line moves profit most. To see how design time, shading analysis and proposals work on a real project, book a SurgePV demo or read how the solar proposal software turns a design into a customer-ready quote.
Frequently Asked Questions
How much profit does a solar installer make per installation?
In this guide’s illustrative P&L, a 12,000 euro residential job leaves about 2,000 euros of net profit after tax, or 16.6% of revenue. Real results depend on your materials cost, close rate and overhead. Rebuild the model with your own quotes before using it for planning.
How much does it cost to start a solar installation business?
In this guide’s planning model, a lean residential launch totals about 52,500 euros and a full-service launch about 138,000 euros, including three months of working capital. These are assumptions, not quotes. Licensing, insurance and vehicle costs vary by country, so price each line locally.
Is starting a solar business still profitable in 2026?
It can be, but the market is not booming. SolarPower Europe reports 65.1 GW installed in the EU in 2025, down 0.7% from 2024, and a residential share of new capacity that fell from 28% in 2023 to 14% in 2025. Profit depends on job price, cost per job, close rate and overhead.
How many installations per month does a solar installer need to break even?
In this guide’s break-even table, an installer with 12,000 to 15,000 euros of monthly fixed costs and 3,000 to 5,000 euros of gross profit per job breaks even at about 4 jobs a month. At 8 jobs the table shows 10,000 to 23,000 euros of monthly net profit. Lead flow and close rate decide how fast you reach that volume.
Which lead source gives a solar installer the lowest customer acquisition cost?
In this guide’s planning table, referrals have the lowest effective cost at 0 to 200 euros per signed customer, while lead aggregators and door-to-door run up to 3,000 euros. These are assumptions. Track cost per signed contract by source in your own CRM.
Does solar design software improve installer profitability?
It can, mainly by cutting design hours and rework. In the illustrative model, design time falling from 3 hours to 45 minutes saves about 300 to 375 euros per job. Time your own team before counting that saving.
Where this fits
This article is part of SurgePV's Solar Business & Operations hub, which works through the topic from first principles to the decisions a project team actually has to make.
