Skip links

All-in-One Hydrogen On-Site Production and Storage Solutions

The energy revolution is in full swing, and the local production of green hydrogen is emerging as a key to sustainability and energy independence. Green hydrogen, produced from renewable sources such as solar and wind energy, not only reduces carbon emissions but also allows for the decentralization of energy production.

With local production solutions, communities and businesses can generate hydrogen locally, eliminating the need for transportation and distribution, resulting in superior efficiency and reduced operating costs.

Our Solutions

To maximize the benefits of green hydrogen, it is essential to implement robust and efficient systems. Our customised on-site production and hydrogen storage solutions allow excess energy generated in periods of low demand to be stored for later use, ensuring a continuous and reliable supply.

This approach not only stabilizes the energy grid, but also provides unparalleled flexibility, allowing for the seamless integration of intermittent renewable energy sources. With the ability to produce and store energy for extended periods, businesses and communities can effectively weather spikes in demand and supply disruptions.

H2 Power-to-Power Solutions

Power -to-Power (P2P) solutions are a crucial element in this equation, transforming renewable energy into hydrogen and vice versa as needed.

These customized P2P solutions make it possible to convert surplus electrical energy into hydrogen through electrolysis, and subsequently convert hydrogen into electricity using fuel cells when necessary. This complete cycle not only optimizes the use of energy resources, but also promotes energy resilience and environmental sustainability.

By adopting these innovative solutions, companies and communities not only reduce their carbon footprint, but also position themselves at the forefront of the global energy transition.

Local Storage Solutions

Green hydrogen local storage solutions maximize the efficiency of the use of this renewable energy. Decentralized systems, such as high-pressure tanks or hydrogen batteries, allow communities, businesses, and homes to store excess energy generated by renewable sources, such as solar or wind.

By storing the hydrogen produced at generation peaks and using it in periods of low production, they balance supply and demand, ensuring a stable supply.

This local storage strengthens the energy system and enables self-sustaining energy microgrids, promoting decentralization and democratization of access to clean energy.

Main Applications

Backup and Emergency Systems:

– Power Backup Systems: P2P solutions can act as backup systems (generators) in the event of power grid failures, ensuring the continuous operation of critical infrastructures such as hospitals, data centers, and emergency services.

– Resilience in Emergency Situations: In situations of natural disasters or emergencies, P2P solutions can provide essential energy, aiding in recovery and support for affected communities.

Renewable Energy Storage:

– Integration with Renewable Sources: P2P solutions are used to store energy generated by renewable sources, such as solar and wind, during periods of low demand. This helps to balance energy supply and demand, stabilizing the power grid.

– Intermittency Reduction: Hydrogen produced from surplus renewable energy can be stored and converted back into electricity for lighting and heating when needed, mitigating the intermittency of these energy sources.

Industry and Transportation:

– Industrial Applications: Industries with high energy demand can use P2P solutions to store energy during periods of low demand and utilize that energy during consumption peaks, optimizing operating costs and increasing energy efficiency. In the case of logistics platforms, P2P solutions can also be used to supply fleets of equipment converted to hydrogen such as forklifts and freight elevators, for example.

– Sustainable Mobility: Stored hydrogen can be used as fuel for fuel cell vehicles, promoting cleaner mobility and reducing greenhouse gas emissions in the transport sector, not only in road transport but also in maritime and rail.

Continuous Monitoring

Continuous monitoring services are essential to ensure the efficiency and safety of hydrogen storage solutions and power-to-power systems.

With advanced alarming technologies and real-time data analysis, we proactively monitor performance and detect anomalies.

Among the features, the monitoring of pressure, temperature and hydrogen levels stand out, in addition to the integration of safety sensors to detect leaks.

Real-time analysis allows the identification of operating patterns and optimizes energy consumption and hydrogen production, promoting a more efficient and economical operation.

These services reduce operating costs, minimizing the risk of damage to facilities or interruptions in operation, through predictive maintenance and increase the useful life of equipment, being crucial in the transition to the green hydrogen economy.

Key Benefits

1. Real-time monitoring of energy production and storage levels, ensuring efficient management of the energy flow in the solution.

2. Solution efficiency analysis and management, identifying areas for improvement and optimization to maximize energy efficiency.

3. Monitoring of all components and anomaly detection, enhancing the early identification of any anomaly or failure in the system, such as abnormal variations in temperature or pressure and enabling rapid corrective intervention to avoid damage or interruptions in operation.

4. Ability to generate automatic alerts and notifications in case of abnormal operating conditions or emergencies, allowing a quick response by operators.

5. Integration of additional monitoring sensors, such as weather, temperature, pressure and leakage sensors, for a comprehensive assessment of the solution’s condition and safety assurance.

6. Real-time data analysis that enables agile and informed decision-making, making it easy to identify operational trends and patterns for preventative maintenance and continuous system optimization.

7. Possibility of remote access to system data and information, allowing the monitoring and management of the power-to-power solution from any location, increasing convenience and accessibility for operators.

Transform the Energy of the Future Today!

Discover how our green hydrogen projects and solutions can revolutionise your energy efficiency. Talk to us about your energy needs and be part of a more sustainable future.