For months, thousands of students have taken to the streets every Friday to call for a more sustainable energy system. Under the hashtag #Scientists4Future, scientists have now launched their own campaign in support of the #Fridays4Future generation.
Not too long ago, France’s capital had been the venue for the UN Climate Change Conference COP21. Even if hydrogen and fuel cell technology was not a separate item on the agenda, it is a good bet that many of the around 40,000 participants – from government officials to business associations and unions to environmental and religious organizations – have developed a basic understanding of this technology
To free FuelCell Energy from the shackles of “penny stock life,” the company based in Danbury, Connecticut, took the radical step of merging its shares (reversal stock split) at a ratio of 12:1, effective from Dec. 4, 2015 (see graph). Considering the organization’s more than 300 million outstanding shares (more to say, 475 million fully diluted ones, and 40 million after the split), this move was to be expected: The company was running the risk of being dropped from Nasdaq
Dear Reader, I would like to present you with some short number examples: The German Callux program installed 474 fuel-cell heating systems within eight years; the original target was 800. Japan currently has over 140,000 of these systems. The German 50 Filling Station program was supposed to set up 50 H2 filling stations until the end of 2015. In the end, there were only 19. Until the middle of 2016, another 23 are said to be added. Meanwhile, Japan has already had 80 of these stations in operation (On a side note, the CEP predecessor, the Verkehrswirtschaftliche Energiestrategie, had envisioned 2,000 public H2 filling stations until 2010).