Modular hydrogen systems · Strategy to integration
Turn surplus renewable electricity into clean hydrogen. Use it, sell it or store it—and bring dependable power to remote, industrial and critical operations.
CleoHydron connects hydrogen production, storage and intelligent energy management around your site's needs.
The opportunity
Remote industries and communities face costly fuel logistics and demanding power needs. Renewable-energy owners may have electricity that exceeds immediate demand. We help turn those challenges into a practical hydrogen strategy.
01 / You have electricity to put to work
Convert surplus renewable electricity into hydrogen for on-site use, a local customer or a stored energy reserve.
02 / You need power you can depend on
Bring renewables, batteries and hydrogen together for remote, hard-to-reach and critical sites.
The right project starts with the electricity source, operating profile and economics. Clean hydrogen production and useful backup capacity depend on those choices.
Our systems
Commercial components. Purposeful integration. A modular architecture configured to deliver hydrogen, electricity or both.
Hydrogen production & supply
On-site hydrogen production, configured around your source of electricity and end use.
Discuss the Hâ‚‚EDGE configuration that fits your project:
Generate hydrogen for a defined process, equipment fleet, research facility or demonstration.
Match production to available electricity and store hydrogen for later use. Add fuel-cell integration where electricity backup is required.
Develop a route to hydrogen users, with conditioning, compression, storage and dispensing requirements assessed for the application.
Integrated energy & site power
An integrated approach to renewable energy, battery storage and hydrogen-backed power.
For sites that need electricity as the final output, HySIM-Power brings the energy assets together around the operating requirements.
Define the loads that must stay powered and size the hydrogen reserve to the required backup duration.
Assess renewable generation, battery capacity and hydrogen supply together to support everyday site operations.
Plan dispatch priorities, reserve levels, peak-load management and remote monitoring through the HySIM operating interface.
H-AIMS is CleoHydron’s energy-management layer for HySIM-Power. Its development brings together asset coordination, system visibility and operating decisions in a unified interface. Request a walkthrough to explore the operating scenarios relevant to your site.
System capacity, hydrogen purity and pressure, storage, automation features and delivery scope are defined during project assessment. Hydrogen sales and refuelling projects also require a suitable end user and application-specific infrastructure.
Who we serve
Partnering across industry, government and communities to make hydrogen adoption practical, scalable and useful.
Reduce fuel logistics. Support remote operations.
Explore power for mines, exploration camps and industrial facilities, with renewable integration and reserves sized to operating needs.
Discuss a Mining Project
Keep essential services in view.
Assess backup and off-grid power for communications, monitoring stations and difficult-access infrastructure where interruptions and service visits carry a high cost.
Assess a Remote Site
From harbours to offshore operations.
Explore local hydrogen supply for compatible equipment and vessels, or site power for aquaculture, coastal infrastructure and ocean-monitoring operations.
Discuss a Marine ProjectEvaluate modular energy, reduced fuel dependence and backup for field facilities and mission-critical support loads. Requirements are assessed for each operating environment.
Discuss Your RequirementsExplore community-led energy sovereignty through local renewable integration, hydrogen reserves and a phased pathway to lower diesel dependence.
Discuss Your RequirementsAssess hydrogen production from surplus generation, constrained exports or dedicated renewable supply—with a clear use case and route to demand.
Discuss Your RequirementsResearch institutions and training providers can also work with us on prototypes, validation and workforce development. Explore R&D and education
Develop your hydrogen strategy
Start with the business case. Build a plan around your site, your users and the outcomes you need.
Your starting point: a discussion to clarify the opportunity, the information needed and the scope of a feasibility assessment.
Compare hydrogen with your existing energy options. Evaluate energy availability, production cost, capital and operating costs, backup value and potential hydrogen demand.
Review electricity and load profiles, water supply, space, access, environmental conditions and integration constraints.
Define the use case, intended users, development phases, milestones and commercial pathway—including a route to a buyer if hydrogen will be sold.
Match production, conditioning, storage, batteries, fuel cells and controls to your requirements. Define interfaces with existing infrastructure.
Define performance tests, safety and approval requirements, commissioning needs and the evidence needed to move into deployment.
Plan operator training, monitoring, maintenance and performance review so the system can be supported throughout its operating life.
Why CleoHydron
Founded on more than a decade of hydrogen systems research, CleoHydron brings electrochemical expertise and system-level thinking to the challenge of making clean energy practical for industries, communities and governments.
Configure production, storage and power around the application, with a pathway for future expansion.
Connect commercially available components through system design, controls and operating requirements.
Define performance evidence, safety requirements and operational readiness as part of the route from concept to deployment.
About CleoHydron“We built CleoHydron because the hydrogen economy will not be unlocked by any single component—it will be unlocked by systems that make all the components work together, intelligently and autonomously, in the places that need it most.”
Founder · CleoHydron Innovation Inc.
Research & development
CleoHydron combines electrochemical expertise with system development to address the practical barriers to hydrogen adoption.
We welcome collaboration with research institutions, manufacturers and project partners on materials, prototypes and application-led validation.
Membranes, catalysts and electrochemical components for hydrogen production and energy conversion.
Integration of hydrogen production, storage and power assets, with control approaches suited to variable energy supply and site needs.
Prototype evaluation, performance diagnostics and validation planning for marine, remote and industrial applications.
Hands-on learning, demonstration platforms and knowledge exchange for institutions developing the next generation of clean-energy skills.
Your questions, answered
That is one potential Hâ‚‚EDGE pathway. The assessment starts with a prospective buyer, expected demand, required purity and pressure, delivery arrangements and production economics. These determine whether a supply project makes sense.
Yes, with the appropriate storage and fuel-cell system. Hâ‚‚EDGE addresses hydrogen production; HySIM-Power addresses the integrated electricity supply. The right arrangement depends on your existing assets, essential loads and required backup duration.
No. A project can start with the need for reliable power. The assessment then establishes a suitable energy and hydrogen supply plan, which may include on-site production or delivered hydrogen.
Hydrogen and batteries can serve different needs within the same system. Batteries handle short-duration variability; hydrogen can provide an additional reserve for longer gaps. We compare the options against your load profile, available space, logistics and costs.
Request a walkthrough of the HySIM operating interface to discuss energy flows, asset status, hydrogen reserves and operating scenarios. The walkthrough can help define your requirements; project-specific performance is established through sizing and validation.
Contact CleoHydron
Have surplus electricity, a remote power challenge or a hydrogen project in mind? Let's identify where CleoHydron can help.
contact@cleohydron.comBritish Columbia, Canada
For feasibility, system inquiries, pilots and research partnerships.
A useful first conversation
No detailed design is needed to get started. We'll discuss the next step and the information needed to assess your opportunity.