Green Hydrogen and P2X Systems

Beyond electrolysis, P2X encompasses downstream conversion into ammonia, methanol, synthetic fuels, and other carriers. Renova Energy Solutions supports the full chain with integrated engineering—from hydrogen production through to synthesis and storage—leveraging proven multidiscipline coordination.

A short introduction to Electrolyser types, an commonality of Balance of Plant requirements

Proton Exchange Membrane (PEM) Supply Chain Diagram

Alkaline Electrolyser Supply Chain Diagram

Solid Oxide Electrolyser Supply Chain Diagram

Common requirements for all technology types:

  • Universal Requirement: Regardless of electrolysis technology (PEM, Alkaline, SOEC, etc.), a standard kit of electrical and automation equipment is essential for safe, reliable operation.

  • Key Electrical Components: Power conditioning (transformers, rectifiers, converters) for wind-to-DC stability; switchgear, cabling, backups.

  • Key Automation/Instrumentation: PLC/SCADA monitoring; sensors (pressure, temperature, leaks) and ESD; telecom for remote operations.

  • Modeling & Integration Needs: Detailed 3D modeling with pipework; rigorous interface management for subsystem alignment, risk reduction (leaks/faults), and platform stability/scalability.

Key Considerations and how we solve it

Our Sectors

Offshore Wind
Green Hydrogen and P2X
Marine Renewable Support Vessels
Solar and Onshore Substations
Battery Energy Storage (BESS)
Data Centers

Get in touch

Explore our systems engineering expertise for your green hydrogen and P2X projects, from electrolysers (PEM, Alkaline, Solid Oxide) to downstream synthesis and storage in carriers like ammonia or methanol. We deliver integrated balance-of-plant solutions, including power conditioning, automation, and 3D modeling—backed by multidiscipline integration from legacy oil & gas projects and marine renewables experience, in conformity with DNV and Lloyd's standards. Contact us to discuss your requirements.