Modular Hydrogen Systems | CleoHydron Products
Our products · Modular hydrogen systems

Turn surplus energy into hydrogen.
Put it to work.

Produce clean hydrogen for local use or sale. Store it as an energy reserve. Supply reliable power to remote and critical operations. Start with the system that fits your site.

01 / Onsite hydrogen production

H₂EDGE

Hydrogen made where you need it.

Convert renewable electricity and a suitable water supply into hydrogen at your operating base. Put surplus energy to use and reduce reliance on delivered cylinders.

  • Use it: supply hydrogen equipment, trials or local demand.
  • Sell it: plan production around customers and delivery requirements.
  • Store it: build a hydrogen reserve for future use.
CleoHydron H₂EDGE modular hydrogen production cabinet with solar panels
H₂EDGE product illustration · Configuration depends on the project.

Choose a production range

H₂EDGE

1–5 kg/day

For lower daily demand, drones and small trials.

H₂EDGE Plus

>5–20 kg/day

For growing demand, including port and equipment fleets.

H₂EDGE Pro

>20 to <50 kg/day

For larger local supply needs and marine operations.

Published production ranges are a starting point for selection. Confirm output, operating hours, electricity and water requirements, hydrogen quality, pressure, storage and dispensing needs during assessment. Clean hydrogen production depends on the electricity source.

CleoHydron HySIM-Power modular energy system with solar canopy
HySIM-Power product illustration · Site-specific system design.
02 / Integrated site power · 10–500 kW

HySIM-Power

Reliable power beyond the grid.

Bring renewable generation, batteries, hydrogen production, storage and fuel-cell power together in a modular energy system for remote, hard-to-reach and critical sites.

  • Balance daily loads: use batteries for short fluctuations.
  • Prepare for longer gaps: use stored hydrogen for extended backup.
  • Manage operations: coordinate generation, demand and reserves.

Power capacity and backup duration are different sizing decisions. The 10–500 kW range describes power; reserve duration depends on site loads, hydrogen storage and available generation.

Visibility. Control. Resilience.

Discuss an operations walkthrough →

Plan the monitoring and control your team needs: energy flows, equipment status, reserve levels and operating priorities. We define the controls and integration scope around your site and the way you operate.

Who we serve

Different sites. A shared need for energy.

Mining & resources

Explore power for field operations, monitoring and sites with difficult fuel logistics.

Remote & critical sites

Assess energy reserves for communications, monitoring and essential equipment.

Marine & ocean

Support coastal infrastructure, aquaculture, ports and local hydrogen supply.

Defence

Evaluate modular energy for remote installations and critical operations.

Communities & microgrids

Plan how local renewable generation and stored energy can serve essential loads.

Renewable energy owners

Assess a productive use for surplus generation through hydrogen production.

Strategy to integration

Build the case before choosing the system.

01 / FEASIBILITY

Demand & economics

Review your energy challenge, hydrogen demand and the business case.

02 / SITE ASSESSMENT

Local conditions

Assess generation, load profiles, water, space and operating constraints.

03 / SYSTEM DESIGN

Size & configure

Define production, storage, power, controls and integration requirements.

04 / PROJECT ROADMAP

Plan the next steps

Set out the pilot, deployment and operating plan appropriate to your project.

Develop your hydrogen strategy.

Tell us where your site is, what energy you have and what you need it to do. We’ll help define the right starting point.