Taylor Construction Plant (TCP)

A zero-emission hydrogen fuel cell generator designed for construction sites, integrating Intelligent Energy's 801 fuel cell module with Taylor Construction Plant's power design and inverter technology.

A zero-emission hydrogen fuel cell generator for construction sites. The unit utilizes an Intelligent Energy 801 fuel cell module to produce DC power up to 1 kW, and can be integrated with TCP's LGP inverter power pack to achieve 5 kW output. It is silent, lightweight, and suitable for welfare units, power tools, and accessories.

An inverter power pack designed to work with the ECO GH2 fuel cell generator to boost total energy output to 5 kW for construction equipment and tools.

A hydrogen fuel cell technology developed by Bramble Energy that utilizes components similar to those found in printed circuit boards. It is being trialed as a replacement for diesel generators on maritime vessels.

A propulsion system used in Sea-Kit USVs that combines diesel engines with electric motors powered by battery banks. The battery banks are charged by onboard diesel generators.

A technology that combines hydrogen and oxygen in a clean, electrochemical process to generate power, releasing only water vapor as a byproduct.

United Kingdom

England

A new lighting tower for industrial purposes that uses hydrogen fuel and is equipped with a Hymera fuel cell.

A zero-emission hydrogen fuel cell generator designed for construction sites, integrating Intelligent Energy's 801 fuel cell module with Taylor Construction Plant's power design and inverter technology.

Maritime trials to test Bramble Energy's PCB technology hydrogen fuel cells on a Sea-Kit Maxlimer Unmanned Surface Vessel (USV), replacing a diesel generator.

An Unmanned Surface Vessel (USV) that features a dual diesel-electric hybrid drive. One of these vessels will be used for the maritime trials of hydrogen fuel cells.

A lighting tower for industrial purposes that utilizes hydrogen fuel and is equipped with a Hymera fuel cell.

A fuel cell module integrated into the ECO GH2 that produces a maximum output of 1 kW and enables zero-emission power generation for construction applications.