UPS /Back up power applications, powered by a 6kW hydrogen Fuel cell system are available to the South American Telecom operators. M-Field Energy has designed a system, ready to meet the requirements of the telecom operators in the area

Acta Energy’s electrolyser stacks produce dry, pure and compressed hydrogen at 30 bar. Innovative technology, using an anionic solid polymeric membrane, patented by ACTA, allows the combination of quality hydrogen production with costs competitive to those of liquid electrolyte electrolysers

Fuel cell backup power and UPS is proven as a reliable technology for the telecoms sector. Fuel cells offer significant advantages over existing backup power technologies. Battery autonomy is limited and

ITM Power’s HPac and HBox electrolysers offer a new solution for hydrogen generation. These PEM electrolysers are rated at a pressure of 15 bar and deliver maximum hydrogen flow rates of 3 and 10 litres per minute

The revolutionary new Hydrogen Generator Technology based on electrolytic process developed and patented by Acta, allows to obtain, low cost hydrogen on demand from water, directly compressed, dry and pure

M-Field has developed a 1-3kW hydrogen fuelled fuel cell power module, which is ideal to integrate into uninterruptible power supply (UPS) and back-up power

Traditional forms of backup / standby power have their limitations. Generators are notoriously unreliable and require frequent maintenance. Batteries require space and cooling and have a limited autonomy. Particularly in remote locations, fuel cells offer a range of benefits

Fuel Cells offer a number of advantages over existing technologies for UPS / Backup Power Applications. M-Field Energy Ltd has developed a 10kW hydrogen fuel cell system design to meet the demands of Asian telecom operators

Fuel Cells offer a number of advantages over existing technologies for UPS / Backup Power Applications. M-Field Energy Ltd has developed a 10kW hydrogen fuel cell system design to meet the demands of Middle Eastern telecom operators

Fuel Cells offer a number of advantages over existing technologies for UPS / Backup Power Applications. M-Field Energy Ltd has developed a 10kW hydrogen fuel cell system design to meet the demands of North American telecom operators

Fuel Cells offer a number of advantages over existing technologies for UPS / Backup Power Applications. We have developed a 10kW hydrogen fuel cell system design to meet the demands of European telecom operators.

Traditional forms of backup / standby power have their limitations. Generators are notoriously unreliable and require frequent maintenance. Batteries require space and cooling and have a limited autonomy. Particularly in remote locations, fuel cells offer a range of benefits

Fuel cell backup power systems integrated with electrolyzers for on site generation of hydrogen can provide reliable, grid independent and non fossil fuel dependant backup power in applications such as telecoms base stations

Proton Energy Systems has a clean and reliable hydrogen-powered solution to meet your needs

Logan Energy is the established expert on energy solutions harnessing the power of hydrogen & fuel cells to provide clean energy solutions. Being independent of both manufacturer and technology enables Logan Energy

Traditional forms of backup / standby power have their limitations. Generators are notoriously unreliable and require frequent maintenance. Batteries require space and cooling and have a limited autonomy. Particularly in remote locations, fuel cells offer a range of

Logan Energy is the established expert on energy solutions harnessing the power of hydrogen to provide low to zero carbon energy solutions

Traditional forms of backup / standby power are not particularly well suited to many developing countries. Battery performance and durability are often seriously affected by the local climate and the rising

Traditional forms of backup / standby power are not particularly well suited to many developing countries. Battery performance and durability are often seriously affected by the local climate and the rising cost of diesel coupled with frequency of maintenance, particularly in remote locations

Today, many hydrogen applications are already at a stage where they can be used in some specific applications. Marine applications very often have a specific demand on their energy systems