Levelized Cost of Hydrogen Calculator
Blend total installed CAPEX, operating expenditures, financing assumptions, and annual hydrogen production to express a project’s levelized cost per kilogram.
Validate cost assumptions with project finance models before using the results for investment decisions.
Examples
- CAPEX $450M, 20-year life, 8% WACC, $60M annual OPEX, 40M kg output, $5M credits ⇒ $2.52/kg with $45.83M annualized CAPEX
- CAPEX $275M, 25-year life, 6% WACC, $38M annual OPEX, 35M kg output ⇒ $1.70/kg
FAQ
Why is the capital recovery factor required?
The factor annualises the one-time CAPEX so it can be combined with annual operating costs. It reflects the time value of money over the project lifetime.
How should I treat variable electricity pricing?
Aggregate electricity spend for the year in the operating expenditure input. If you hedge prices, use the settled cost including congestion and ancillary fees.
Can the levelized cost be negative?
It is possible if incentives or credits exceed annual costs, though in practice a negative LCOH would signal an input mismatch or temporary subsidy effect that should be documented.
What hydrogen output should I use?
Use net saleable hydrogen delivered to customers or storage after accounting for plant consumption, venting, and purity adjustments.
Additional Information
- Capital recovery factor converts upfront CAPEX into an equivalent annual payment based on WACC and asset life.
- Annual operating expenditure should include electricity, water, maintenance labour, and catalyst replacements within the selected year.
- By-product credits lower the net annual cost if oxygen, waste heat, or incentives are monetised.