How Much Does It Cost To Run An Offshore Wind Farm Feasibility Study?
Offshore Wind Farm Feasibility Study
Offshore Wind Farm Feasibility Study Running Costs
Running an Offshore Wind Farm Feasibility Study service requires a high fixed cost base, averaging around $75,500 per month in 2026, before project-specific variable costs This total includes $46,250 for expert payroll and $16,750 for fixed overhead like rent and core IT You must front-load significant capital expenditures (CAPEX) totaling $243,000 in the first year for specialized software and infrastructure before revenue stabilizes The model shows the business reaches break-even quickly, within 4 months (April 2026), but requires a minimum cash buffer of $776,000 by May 2026 to cover initial ramp-up and CAPEX investments
7 Operational Expenses to Run Offshore Wind Farm Feasibility Study
#
Operating Expense
Expense Category
Description
Min Monthly Amount
Max Monthly Amount
1
Expert Payroll and Benefits
Fixed
Payroll for 45 FTEs, including key roles, is the largest fixed expense.
$46,250
$46,250
2
Premium Data Procurement
Variable
This variable cost covers essential satellite imagery, meteorological data, and seabed surveys required for feasibility studies.
$0
$0
3
Office and Utilities
Fixed
Fixed overhead covers office rent plus monthly utilities and internet access.
$9,000
$9,000
4
Core IT and R&D Licenses
Fixed
Maintaining specialized analytical tools and core infrastructure requires monthly spending on IT and R&D platform licenses.
$3,000
$3,000
5
External Project Consultants
Variable
Consultant fees are used to fill specific expertise gaps like environmental impact assessment, budgeted at 100% of revenue.
$0
$0
6
Sales and Marketing Spend
Fixed
The monthly allocation covers lead generation efforts despite a high Customer Acquisition Cost (CAC).
$12,500
$12,500
7
Legal, Accounting, and Insurance
Fixed
Essential compliance and risk management costs cover the legal retainer and business insurance premiums.
$3,500
$3,500
Total
All Operating Expenses
$74,250
$74,250
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What is the total monthly burn rate required to sustain operations before revenue stabilizes?
To sustain operations for the Offshore Wind Farm Feasibility Study service before revenue stabilizes, you must budget for a monthly burn rate of approximately $105,000, covering high-cost specialized payroll and targeted market entry efforts. Have You Considered The Key Steps To Launch Your Offshore Wind Farm Feasibility Study Business? This figure represents the minimum required cash runway to support expert staff while waiting for large energy corporations or investors to close initial contracts.
Core Monthly Fixed Costs
Payroll for 6 core experts averages $75,000 monthly.
Office rent and secure data hosting cost $5,000.
Specialized licenses and proprietary modeling tools are $10,000.
Total baseline overhead sits near $90,000 per month.
The total initial burn rate hits $105,000 before any revenue.
You need $630,000 secured for a 6-month runway.
If client onboarding takes longer than expected, cash reserves must cover the gap.
What percentage of revenue do variable costs (data, consultants) consume, and how does this impact gross margin?
The combined variable cost structure for the Offshore Wind Farm Feasibility Study business, based on the provided inputs, consumes 280% of revenue, resulting in a severely negative gross margin before accounting for any fixed overhead. If you're assessing the initial viability of this model, Have You Considered The Key Steps To Launch Your Offshore Wind Farm Feasibility Study Business?, because these cost figures suggest immediate capital restructuring is needed; defintely.
Variable Cost Burden
COGS (Cost of Goods Sold) is stated at 130% of revenue.
Variable Operating Expenses (OpEx) are set at 150% of revenue.
Total variable spend equals 280% of project revenue.
This means every dollar earned costs $2.80 just to deliver the service.
Gross Margin Reality
Gross Margin is negative 180% (100% Revenue minus 280% Costs).
Consultant costs alone (part of variable OpEx) are higher than total revenue.
Data acquisition costs (part of COGS) push the structure further underwater.
Profitability requires immediate cost reduction or significant price increases.
How much working capital is needed to cover the minimum cash requirement and reach the break-even point?
It covers the operating loss incurred during the first four months post-launch.
This buffer is your safety net against slow client onboarding.
Reaching Break-Even
To avoid dipping into that reserve, you need solid project pipeline visibility.
Revenue is project-based, tied to billable hours and hourly rates.
You must secure enough high-value contracts to cover fixed overhead defintely.
If initial studies take 90 days to invoice, your cash burn rate must be low.
If customer acquisition cost (CAC) remains high ($15,000 in 2026), how will we adjust the marketing budget or pricing structure?
If the Customer Acquisition Cost (CAC) for the Offshore Wind Farm Feasibility Study remains at $15,000 in 2026, the current $150,000 annual marketing budget only supports 10 new clients, which severely constrains growth unless average project pricing is adjusted upward immediately. To understand the required adjustments, you must analyze the sensitivity of that budget against projected client volume and Lifetime Value (LTV); defintely review what drives value in your service offerings, such as Have You Considered The Key Components To Include In Your Offshore Wind Farm Feasibility Study Business Plan?
Budget Volume Constraint
$150,000 marketing budget supports exactly 10 clients per year at $15,000 CAC.
To hit 20 clients, you need $300,000 in marketing spend, or cut CAC to $7,500.
This low volume means revenue is highly sensitive to any single project delay or loss.
We must confirm if 10 projects generate enough gross profit to cover fixed overhead.
LTV and Pricing Adjustments
For $15,000 CAC to be healthy, LTV must be at least $45,000 (3x CAC).
If LTV falls short, project rates for the Offshore Wind Farm Feasibility Study must rise by 20% or more.
A high CAC suggests the market values the risk reduction we provide highly.
Focus on securing repeat utility company contracts to boost LTV quickly.
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Key Takeaways
The foundational fixed monthly operating cost for running the feasibility study service averages $75,500, dominated by $46,250 in expert payroll.
A substantial minimum cash buffer of $776,000 is required by May 2026 to cover initial CAPEX investments and operational ramp-up before revenue stabilizes.
The business forecasts a rapid return to solvency, achieving the break-even point quickly within four months of launch in April 2026.
Variable costs are significant, consuming 28% of revenue in 2026, which is split between high-cost data procurement and external project consultants.
Running Cost 1
: Expert Payroll and Benefits
Payroll Dominance
Payroll is your biggest fixed drain in 2026. Staffing 45 full-time employees (FTEs), including key roles like the CEO and GIS Specialist, costs $46,250 monthly. This expense dictates your minimum viable revenue target before covering data procurement and consultants.
Staffing Inputs
This $46,250 monthly figure covers salaries, taxes, and benefits for the entire 2026 team of 45 people. Inputs required for this estimate include the fully loaded cost salary plus employer taxes and benefits load for specific roles like the Senior Analyst and the GIS Specialist. This is the baseline cost you must cover every month.
Payroll Control
Managing this large fixed cost requires tight hiring control; remember, 80% of your revenue goes to variable data costs and consultants. Avoid hiring FTEs too early; use external consultants (budgeted at 100% of revenue) only for specific, short-term needs. Defintely hire for core competencies first.
Break-Even Impact
Because payroll is the single largest fixed cost at $46,250/month, achieving profitability hinges on maximizing utilization of these 45 experts. Every day without billable work directly erodes your cash runway against this high fixed commitment.
Running Cost 2
: Premium Data Procurement (COGS)
Data Cost Dominance
Premium Data Procurement is your largest variable expense, projected to hit 80% of revenue in 2026. This cost covers the high-fidelity inputs—imagery, weather models, and seabed reports—necessary to de-risk major feasibility studies before any capital is deployed. That 80% figure demands immediate attention.
Inputs Driving COGS
This Cost of Goods Sold (COGS) line item pays for the specialized data required to assess site viability. You must lock in firm quotes for satellite imagery acquisition, multi-year meteorological data licensing, and detailed seabed survey reports. What this estimate hides is the upfront cash required to purchase these licenses before the first client invoice is paid.
Acquisition fees for high-resolution imagery.
Licensing costs for long-term weather modeling.
Geotechnical survey reports for foundation stability.
Managing Data Spend
Managing an 80% COGS means you must aggressively manage data volume and quality thresholds. Avoid paying premium rates for data sets that only marginally improve model accuracy beyond the 95% confidence level your clients expect. Bundling data purchases across multiple concurrent projects can defintely lower the effective unit price you pay.
Negotiate volume discounts based on projected annual usage.
Benchmark data providers against each other annually.
Standardize data input requirements across all study types.
The Real Margin Picture
When you combine this 80% data cost with the 100% of revenue budgeted for External Project Consultants, your gross margin before fixed costs is negative 80%. Profitability is only achieved if your billable hourly rates are high enough to absorb these variable costs and still cover the $46,250 in monthly payroll.
Running Cost 3
: Office Space and Utilities
Fixed Space Overhead
Your fixed physical overhead for the office space totals $9,000 per month. This mandatory cost—comprising rent and utilities—must be covered before you see a dime of profit from feasibility studies.
Space Cost Breakdown
This $9,000 fixed expense is straightforward. It's $8,000 monthly for the physical office rent, plus $1,000 for utilities and internet access. This is a necessary input for calculating your monthly break-even point. You need signed contracts to confirm these figures.
Rent: $8,000/month
Utilities/Internet: $1,000/month
Total Fixed Space Cost: $9,000
Managing Physical Footprint
Since this is fixed, you can't cut it per project, but scaling smart matters. Avoid signing a long lease until revenue stabilizes past the initial $46,250 payroll. You can defintely save cash by using flexible co-working initially.
Delay long lease commitments.
Test remote-first models first.
Negotiate utility caps upfront.
Cost Leverage Point
Compared to your $46,250 expert payroll, office space is only about 19.4% of your largest fixed cost. However, if you land a major project, you need space fast. If consultant onboarding takes too long, project delays increase client risk.
Running Cost 4
: Core IT and R&D Licenses
Fixed Software Overhead
Fixed costs for specialized analytical tools and core infrastructure total $3,000 per month. This is mandatory spending to run the analysis engine for your offshore wind feasibility studies.
Cost Inputs and Allocation
This cost covers the specialized analytical tools necessary for detailed wind resource modeling and financial viability assessments. You need vendor quotes to lock in these rates before launch. The budget splits into $1,200 for core IT upkeep and $1,800 for R&D platform licenses.
Core IT maintenance: $1,200 monthly.
R&D platform licenses: $1,800 monthly.
Total fixed software overhead: $3,000.
Managing License Spend
Track seat utilization rigorously against your 45 employees. Paying for unused licenses is wasted cash flow, especially when payroll is already $46,250 monthly. Negotiate tiered pricing based on active users, not potential seats. Deffintely avoid long-term contracts until you prove project volume.
Audit license usage quarterly.
Negotiate usage-based pricing.
Delay premium upgrades.
Impact on Margins
This $3,000 is a fixed operating cost, separate from the 80% variable cost tied to premium data procurement (COGS). If project flow stalls, this expense remains, pressuring your overall operating runway. Treat this software spend as non-negotiable infrastructure.
Running Cost 5
: External Project Consultants
Consultant Cost Structure
Consultant spend is budgeted as a direct pass-through cost, hitting 100% of revenue in 2026. This variable expense covers specialized, non-core expertise needed for project sign-off, like marine biology or complex permitting reviews. You must model this line item directly against top-line projections.
Estimating Expertise Gaps
This cost covers external experts filling knowledge gaps, such as the environmental impact assessment component of the feasibility study. Estimate this by tracking required specialist hours multiplied by their contracted rate, not headcount. Since it’s 100% of revenue in 2026, it scales perfectly with sales volume.
Track quoted rates for specific deliverables
Input required specialist days per project
Verify scope creep triggers rate increases
Optimizing Expert Engagement
You can’t cut expertise needed for compliance, but you can optimize engagement structure. Shift from hourly billing to fixed-price contracts for defined scopes, like the initial site survey. If onboarding takes 14+ days, churn risk rises. Aim to convert high-volume consultants into preferred vendor status for small rate concessions.
Negotiate bulk discounts on standard reports
Limit reliance on high-cost specialized roles
Ensure contracts define clear project milestones
Margin Impact of Consultants
Because this is budgeted at 100% of revenue, your gross margin calculation is effectively zero before considering premium data procurement (which is 80% of revenue). You’re essentially operating on a cost-plus model where the consultant fee is the cost of goods sold (COGS) definition, not just an operating expense. That’s a tight structure, so be careful.
Running Cost 6
: Sales and Marketing Spend
Marketing Budget Reality
Your $15,000 Customer Acquisition Cost (CAC) demands rigorous tracking against the $12,500 monthly marketing budget. Acquiring one new client consumes more than a month's marketing allocation, so lead quality is defintely paramount for viability.
Spend Inputs
The $150,000 annual budget covers lead generation activities for 2026, translating to $12,500 per month. Given the high CAC, this spend must target high-value prospects, like utility companies, who will sign large, multi-phase study contracts. This cost is a fixed operating expense.
Annual budget: $150,000
Monthly allocation: $12,500
CAC benchmark: $15,000
Managing High CAC
Since the CAC is $15,000, you need a high Lifetime Value (LTV) or immediate, substantial project revenue to cover acquisition costs. Avoid broad awareness campaigns; focus on direct referrals or securing government RFPs where competition is lower. If onboarding takes 14+ days, churn risk rises.
Prioritize warm introductions.
Benchmark against LTV.
Negotiate fixed-fee pilot projects.
Velocity Check
If you acquire only one client every 45 days, your average monthly marketing spend per acquired client is effectively $22,500 ($12,500 x 1.8 months), exceeding the stated $15,000 CAC. You must accelerate deal velocity to keep marketing costs in line with projections.
Running Cost 7
: Legal, Accounting, and Insurance
Compliance Cost Floor
Essential compliance and risk management costs $3,500 monthly, setting a fixed baseline for operations. This covers your required legal retainer and necessary business insurance policies before you can confidently start vetting large offshore wind projects.
Compliance Cost Breakdown
This $3,500 fixed monthly expense is segmented into two parts for risk mitigation. The $2,000 legal retainer secures ongoing advice for complex client contracts and regulatory navigation. The remaining $1,500 covers the premiums for essential business insurance coverage required by partners.
Legal retainer: $2,000/month
Business insurance: $1,500/month
Optimize Insurance Spend
To manage this fixed cost, rigorously review the scope of the $2,000 legal retainer to prevent expensive hourly overruns outside the agreement. For insurance, shop quotes annually; moving carriers can save 10% to 15% if your operational risk profile hasn't changed defintely. Don't pay for capacity you won't use yet.
Challenge retainer scope annually.
Shop insurance quotes every year.
Fixed Overhead Impact
Legal and insurance costs are non-negotiable fixed overhead for a high-stakes consulting firm. This $3,500 must be covered every month, regardless of how many feasibility studies are active or revenue generated.
Offshore Wind Farm Feasibility Study Investment Pitch Deck
You need substantial capital to cover initial CAPEX ($243,000) and the minimum cash requirement of $776,000 needed by May 2026 to reach the breakeven point in April 2026;
Payroll is the largest recurring cost, totaling $46,250 per month in 2026, followed by fixed overhead at $16,750 monthly
The model forecasts a rapid path to profitability, achieving breakeven in 4 months (April 2026) and generating $1069 million in EBITDA within the first year;
Variable costs are high, totaling 28% of revenue in 2026, split between 130% for data procurement/software and 150% for external consultants and travel
The initial CAC is high, estimated at $15,000 in 2026, reflecting the specialized, high-value nature of the client base
Billable hours per study decrease from 1600 hours in 2026 to 1200 hours by 2030, reflecting efficiency gains and productization
About the author
Leo Grant
Startup Guide Author
Leo Grant is a startup guide author at Financial Models Lab who helps founders build practical business plans with clear startup budget assumptions. He focuses on common expenses, revenue drivers, and launch requirements for preparing for rent, staff, equipment, and supplies, with a steady emphasis on useful numbers, realistic expectations, and small business startup guides that are easy to apply.
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