The world’s first autonomous hydrogen vehicle, developed by the Estonian company Auve Tech in collaboration with Tartu University researchers, was unveiled in Tartu for the first time.
The power plant will be equipped with 90 units of Doosan’s 440kW hydrogen fuel cells, capable of producing 320 million kWh of electricity, enough to power 110,000 homes.
The tool evaluates not only the quality of energy resources needed to produce low-emission hydrogen, but also the associated rail and road transportation infrastructure, pipelines to export ports, and ready access to water, among other things.
The group has referred to the regulation establishing carbon emission performance standards for new passenger cars and light commercial vehicles as a key legislative initiative for the EU in its position paper.
Green hydrogen will be commercially available through the establishment of a robust value chain from production to end-users, according to the agreement signed.
Sasol Limited (Sasol) and the Industrial Development Corporation of South Africa Limited (IDC) have signed a memorandum of understanding (MOU) to collaborate on developing and shaping an enabling environment for South Africa’s green hydrogen economy.
The newly constructed “Boltzmann” gas analysis laboratory at Graz University of Technology’s (TU Graz) HyCentA hydrogen research center tackles the handling of hydrogen from production, storage, and transit to refueling or use requires a high technological level.
