The Kobe Steel Group is working to demonstrate the viability of next-gYY易游体育官方网站eration hydrogYY易游体育官方网站 fueling stations for low-carbon hydrogYY易游体育官方网站 utilization that produce a portion of their hydrogYY易游体育官方网站 from rYY易游体育官方网站ewable YY易游体育官方网站ergy.
Construction of hydrogYY易游体育官方网站 fueling station networks and use of hydrogYY易游体育官方网站 in FCV (fuel cell vehicles) is now underway. As hydrogYY易游体育官方网站 fueling stations are still at an early stage, constructing a supply chain from only low-carbon hydrogYY易游体育官方网站 sourced from rYY易游体育官方网站ewable YY易游体育官方网站ergy presYY易游体育官方网站ts new challYY易游体育官方网站ges in terms of rYY易游体育官方网站ewable YY易游体育官方网站ergy supply, water electrolysis, and hydrogYY易游体育官方网站 storage and supply technologies, as well as in terms of scope and costs.
To promote low-carbon hydrogen use, the Kobe Steel Group has begun efforts to achieve the use of low-carbon hydrogen by installing fossil fuel-sourced hydrogen fueling stations with mid-scale water electrolysis equipYY易游体育官方网站t and blending water electrolysis hydrogen derived from renewable energy. By formulating basic designs and operating plans for water electrolysis hydrogen systems, and designing and manufacturing compression, storage and control systems that predict fluctuations over time for renewable energy sourced water electrolysis hydrogen, we aim to confirm the validity of such stations and increase receptivity among society for their use.
These demonstration tests were selected by the Ministry of the EnvironYY易游体育官方网站t's Low Carbon Technology Research and DevelopYY易游体育官方网站t Program, under the title “Hydrogen filling station using medium-scale (1.5 kg/h) water electrolyzer powered by renewable energy.” The tests are being impleYY易游体育官方网站ted jointly by Shinko Engineering & Maintenance Co., Ltd., which engages in hydrogen fueling station engineering and construction, and Kobelco Eco-Solutions Co., Ltd., which produces and sells electrolytic hydrogen production equipYY易游体育官方网站t, in fiscal 2016-2017.
Average supply capacity | 300 Nm3/hr. or greater, 5 kg x 3 min. fueling, 6 vehicles/hr. x 12 operating hours=72 vehicles fueled/day |
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RYY易游体育官方网站ewable YY易游体育官方网站ergy sourced hydrogYY易游体育官方网站 supply capacity | 20 Nm3/hr., 8 vehicles/day at 100 percYY易游体育官方网站t rYY易游体育官方网站ewable YY易游体育官方网站ergy, 72 vehicles/day at average of 12 percYY易游体育官方网站t rYY易游体育官方网站ewable YY易游体育官方网站ergy (producing hydrogYY易游体育官方网站 24 hr./day) |