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HYZENAI-powered hydrogen engineering

Engineer green hydrogen plants in minutes, not months.

HYZEN is the AI-powered platform that automates electrolyzer sizing, LCOH analysis, and pre-FEED engineering: From concept to compliant report.

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  • $3.18
    /kg H₂
  • End-to-end
    value chain, one model
  • ~65–70%
    avg HHV

LCOH: modelled result for a 20 kW hybrid solar-wind micro-pilot. Not a market price.

The Problem

The $4B engineering bottleneck

Green hydrogen projects stall before they start. The bottleneck isn't capital - it's the weeks of engineering work required just to know if a project is viable.

3–12 months
Per pre-feasibility study

A single green hydrogen concept study ties up senior engineers for a quarter, delaying investment decisions and FID.

$ 50k-500K
Per concept study

Engineering consultants charge a premium for bespoke Excel models that are rebuilt from scratch every project.

Zero standards
Across the industry

Every firm reinvents electrolyzer sizing, LCOH models, and safety zone calculations independently. No auditable baseline exists.

No automation
H₂ engineering stuck in 2005

While solar and wind have sophisticated SaaS tooling, green hydrogen design still runs on unversioned spreadsheets and legacy scripts.

The Solution

One platform. Entire value chain.

From raw site coordinates to a compliant pre-FEED report: HYZEN automates every engineering step in between.

STEP 01

Enter site data

Input your location, renewable energy profile, electrolyzer technology, and project requirements. HYZEN validates constraints in real time.

Lat/long · wind & solar TMY · electrolyzer type
STEP 02

HYZEN calculates everything

The platform sizes and optimizes the plant across the full value chain, from renewable supply and electrolysis to storage, conversion and cost, in one model.

End-to-end · one model · optimized
STEP 03

Download engineering reports

Get a full pre-FEED report with LCOH breakdown, optimal configuration, risk analysis, and auto-generated drawings, ready for investor review.

PDF + drawings · investor-ready · auditable
Platform Modules

Built for the full H₂ engineering stack

Every module in HYZEN is purpose-built for green hydrogen, not adapted from oil & gas or generic energy tools.

SIZING ENGINE

Electrolyzer sizing

Automated PEM, Alkaline, and SOEC sizing, from nominal capacity to stack configuration and BoP layout.

PEM · ALK · SOEC
Coming soon
TECHNO-ECONOMICS

Live LCOH with Monte Carlo

Real-time levelized cost of hydrogen with full uncertainty quantification: 1,000+ iterations, CI95 bounds, and sensitivity plots.

Monte Carlo · CI95
Coming soon
AI ASSISTANT

Claude-powered Copilot

Ask anything, from NFPA 2 compliance questions to alternative scenario suggestions. RAG-powered on engineering standards and IEA datasets.

RAG · IEA · NFPA
Coming soon
SAFETY & SITING

Mapbox live safety zones

NFPA 2 exclusion zones, H₂ dispersion modeling, and site suitability overlays rendered live on an interactive map.

NFPA 2 · Dispersion
Coming soon
DOWNSTREAM

Green ammonia branch

Full Haber-Bosch integration: model ammonia production from H₂ output, N₂ supply, reactor sizing, and LCOA calculation.

Haber-Bosch · LCOA
Coming soon
REPORTING

Auto-generated pre-FEED

One-click compliant pre-FEED reports with executive summary, techno-economic tables, optimal configuration, and drawings.

PDF + drawings · Compliant
Who It's For

Built for every role in the H₂ value chain

Whether you're evaluating a 10 MW island microgrid or a 500 MW export hub, HYZEN scales to your use case.

PROJECT DEVELOPER

From site survey to investment memo in days.

Screen dozens of candidate sites for H₂ viability, run LCOH sensitivity on financing assumptions, and generate investor-ready pre-FEED summaries without hiring a consultant.

Site screening
LCOH sensitivity
Investor reports
EPC ENGINEER

Standardize your pre-FEED workflow.

Replace ad-hoc Excel models with a versioned, auditable platform. Collaborate across teams, run Monte Carlo uncertainty, and auto-generate drawings for every configuration.

Versioned models
Monte Carlo
Drawing generation
ENERGY CONSULTANT

Serve more clients. Deliver more insight.

Run 10× more feasibility studies per quarter. HYZEN handles the sizing math, you focus on strategy, offtake negotiations, and jurisdiction-specific LCOH drivers.

Portfolio screening
Scenario comparison
Client reports

New · Free engineering guide · 21 pages

Hourly Matching, Engineered

What the RFNBO revision does to your plant, and when it does not apply: capacity factor, design levers, model runs at two sites and a ten-question project checklist.

Get the free guide

Glossary

Key terms, defined

  • Levelized Cost of Hydrogen (LCOH)

    The levelized cost of hydrogen (LCOH) is the constant price per kilogram at which a hydrogen plant recovers all its discounted costs over its life; LCOH calculation uses discounted cash flow.

  • Capacity Factor (CF)

    Electrolyzer capacity factor is the hydrogen a plant actually produces in a year divided by what it would produce running at full rated power every hour; it is one of the strongest levers on LCOH.

  • Additionality

    RFNBO additionality requires the power behind EU-compliant hydrogen to come from new, unsubsidised renewables, in operation no earlier than 36 months before the electrolyzer (Art. 5, Reg. 2023/1184).

  • Specific Energy Consumption (SEC)

    Electrolyzer specific energy consumption (SEC) is the electricity, in kWh/kg, needed to produce one kilogram of hydrogen, measured either at the stack or for the whole system.

Full glossary →
H2
H2
EARLY ACCESS · LIMITED SPOTS

Be among the first to engineer green H₂ at speed.

Join H₂ project developers, EPC engineers, and energy agencies already on the HYZEN waitlist.

No spam. Unsubscribe anytime.

20+
Engineers on waitlist
3
Countries represented
MW-scale
Ready to model