From Blank Canvas to Finished Analysis: Planning Hydrogen Projects with H2ALL
How do you plan a hydrogen project without getting lost in Excel spreadsheets? We show you what it looks like with H2ALL – from a blank canvas to a finished analysis in five steps. November 4, 2026Topic
Inside the software
Application
PV, electrolysis, H₂ & battery storage
Workflow
5 steps
In early-stage planning, hydrogen and storage projects are often still calculated in Excel: lots of spreadsheets, lots of assumptions, little overview. With H2ALL, we plan, simulate and evaluate hydrogen and battery storage projects in one end-to-end environment – from a blank canvas to a finished analysis.
Five steps to results
The plant is built the way it will later be operated: component by component, with all technical and economic parameters.
This is the path from the first draft to the analysis:
01 Create a project
Start with a blank canvas or choose a template, e.g. PV + electrolyzer + H₂ storage. The component chain is set up in seconds.
02 Build the plant via drag & drop
Drag components from the library and connect them. Every connection represents a real flow of energy or material.
03 Configure components
Technical and financial settings for every component – from efficiencies and stack degradation to the type of electrolysis.
04 Start the simulation
One click and the entire period is calculated. Every calculation step remains traceable.
05 Analyze the results
Energy flows, KPIs and time series for every component – technical and economic performance at a glance.
The operating strategy is part of the model from the start
What matters to us: how an electrolyzer or storage system is operated ultimately determines its economic viability. That is why H2ALL reminds you to review the operating strategy before the simulation starts. Dispatch is an integral part of the model, not an afterthought.
Want to see what this looks like for your project?
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#GreenHydrogen
#PowerToX
#Electrolysis
#EnergyTransition
#Simulation
#BatteryStorage
