On 10 June 2019, a hydrogen filling station in Norway caught fire. While several media talked about an explosion, the electrolyzer manufacturer involved, Nel, stated that leaked hydrogen gas caught fire in the open air, causing a shock wave. According to police reports, two people were slightly injured in this incident in Sandvika, west of Oslo, when the airbags of their cars deployed. After initial tests, it was said a few days later that hydrogen had escaped through a leak in the high-pressure storage system and had ignited. However, no tank had burst.
Another hydrogen filling station has been brought into operation, this time in Fellbach, north-east of Stuttgart. The fifth of its kind in Baden-Wurttemberg is a multi-energy station by Total. It operates with 700 bar of filling pressure and is supplied by hydrogen generated on-site through solar and wind power. The inauguration ceremony in the presence of representatives from politics and members of the Clean Energy Partnership was held on Oct. 1, 2015.
The work on developing ultra-cold hydrogen was abandoned together with the H2 combustion engine in 2006 – at least, that is what everyone believed. After years of uncertainty, it is now clear that BMW is still holding on to cryogenic technology. Proof of that is the inauguration of a new pump at the multi-energy refueling station in Munich, at which drivers can fill up both their compressed gas and their ultra-cold H2 tanks.
As part of the 50 H2 stations by 2015 program, on 4th May 2015, the first hydrogen filling station to be situated on a German freeway was opened. The Clean Energy Partnership (CEP) officially opened the facility, which is situated at the Geiselwind truck stop, in the presence of the Parliamentary State Secretary in the Federal Ministry for Transportation and Digital Infrastructure, Dorothee Bär. The station