The first hydrogen-powered electric bicycle arrives in Alto Alentejo

The SharedH2 Project aims to deepen technical and scientific knowledge of the hydrogen sector and, within its scope, will test innovative solutions developed jointly through the implementation of pilot actions for the generation of renewable hydrogen from photovoltaic energy, for application in sectors such as transport.

In this context, AREANATejo plans to develop and implement a mini demonstration laboratory that seeks to foster a learning environment on the implementation of green hydrogen in the Alto Alentejo intervention area. This mini-laboratory will be implemented by AREANATejo in collaboration with the Polytechnic Institute of Portalegre and should demonstrate the entire renewable hydrogen cycle, including:

  • Capture of solar energy using photovoltaic panels;
  • Production of hydrogen by electrolysis using renewable energy;
  • Safe storage of hydrogen for later use;
  • Practical application, with an emphasis on the transport sector, specifically a hydrogen-powered bicycle.

 

A central part of the mini-laboratory was the acquisition of a hydrogen-powered bicycle, presented as the first fuel cell electric bicycle on the market, supplied by the French company Pragma Industries, which uses a hydrogen fuel cell to generate electricity.

With unique efficiency and competitiveness, the NEO bike sets a new standard in sustainable mobility. Its innovative design and advanced technology make it the ideal choice for those looking for environmentally friendly transport. The NEO 2021 bike contains no lithium in its system, is easy to maintain and can be recharged in 2 minutes at a suitable charging station. The bike has a range of 150 km, a power output of 250 W and weighs 30 kg. It has a hydrogen load of 63 g, a 3-litre tank and automatic LED lighting at the front.

This hydrogen bike will be used by AREANATejo and the Polytechnic Institute of Portalegre (specifically, its VALORIZA Centre) for demonstration, training and community awareness purposes. The aim is to contribute to more sustainable urban mobility, enabling the dissemination and promotion of hydrogen as an energy solution through the stimulation and application of emerging technologies, thereby helping to maximise the share of renewable energy in the national energy system.