Hidrojen Teknolojileri · IPECContact

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Power-to-X: from electricity to hydrogen and its derivatives

Level
Intermediate
Total watch time
159 min · 6 steps
Audience
Engineers, energy system planners, industrialists

Starts with how an electrolyser works as a flexible load on the grid, moves to storing renewable electricity as molecules, power electronics and total cost of ownership, and LCOH, then extends to e-fuel synthesis by CO2 hydrogenation and the limits of ammonia in shipping.

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When you finish this collection

  • Interpret the integration of renewable hydrogen into the energy system
  • Compare options for storing renewable electricity as molecules
  • Interpret electrolyser total cost of ownership and LCOH sensitivity
  • Explain the e-fuel pathway from CO2 and hydrogen and the limits of ammonia as a fuel

Steps

  1. Step 1 of 6: Integrating Renewable Hydrogen for Fuel Cells

    FSECEnglish

    Whole video · 16 min

    What this step teaches: The viewer can interpret the energy flows in an integrated hydrogen system in which the electrolyzer operates as a controllable load on the grid, and the hydrogen pathways to vehicles, stationary power and gas blending.

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