The State of California is becoming more optimistic about early fuel cell vehicle sales, based on a survey of automakers. The fuel cell vehicle fleet is estimated to reach 34,300 by the end of 2021 (see chart). The estimate is high enough to raise concerns that California’s aggressive fueling station deployment program may fall short of demand.
A capital increase again: around US$ 750 million going to Tesla. Whether this will help provide the cash needed to build the Gigafactory for batteries – which is said to cost up to US$ 5 billion – seems doubtful. The increase also left a bitter aftertaste, as Morgan Stanley was the underwriter (placed the shares) of the “spontaneous” capital increase and, at the same time, a new study
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.
At the end of June 2015, Audi signaled that it also wanted to develop its Q6 as a fuel-cell version. The VW subsidiary had already announced the new crossover car with an internal combustion engine at the beginning of last year, after it presented the A7 Sportback h-tron Quattro (see figure) in Los Angeles at the end of 2014 as another hydrogen prototype (see HZwei issue from January 2015). During 2015, the announcement by the carmaker
In 2012, the transport sector’s share in overall greenhouse gas emissions was 19.7% across the 28 member states of the European Union, making it the second-largest producer of greenhouse gases after the energy sector. To achieve the EU Commission’s climate protection targets for the transport industry, these emissions need to be lowered by 70% compared to 2008 values. The following will give an overview of how fuel-cell cars can mitigate greenhouse gas emissions in the EU up to 2050 and help achieve EU goals. The carbon footprint is
Regarding fuel cells, a challenging and important issue are still the catalysts. To a considerable degree, they determine both the performance of stacks and their price. Currently, the most different nanoparticles are being examined in the most different structural combinations. This is also true for the field of water splitting, where catalysts are employed in electrolysis systems. The jury is still out on which materials could ultimately replace platinum in both cases, so work on the required catalyst quantity continues.
The biggest challenge of the energy sector transformation will be the spatial and temporal separation of production and consumption. Such a global issue may seem to require global or at least national solutions. The Energiepark Ewald study for the Hydrogen City Herten in Germany shows
H2-international has long since refrained from spreading any rumors or participating in any speculation about fuel cells for mobile devices, even if it was about an iPhone which allegedly could be powered by Intelligent Energy modules. It is precisely for this reason that we will do no more than quote roby111, who posted a pretty accurate assessment of the situation on the web at Elektronikpraxis: “Yes, since 1998 this topic has been making the rounds
Micro-organisms provide more flexibility than common catalysts, and the methane produced by them is relatively pure. Additionally, the investment costs for Power-to-Gas systems can be lowered by using transformers and power as well as gas network connections of already existing biogas and wastewater treatment plants. This field of study, however, still requires more research to be done, even for
Since the end of last May, the Center for Fuel Cell Technology (ZBT) in Duisburg has had a phosphoric acid fuel cell (PAFC) in operation, which supplies the research institute with power and heat. The 100-kW unit even took on three additional tasks: It reduces energy costs, it serves as the basis for scientific studies in combined heat and power and it helps to produce air low on oxygen.