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2022-07-18Featured ArticlesThe development focus of German hydrogen stations shifting to providing services for commercial vehicles
Originally, the company's customer base was mainly small passenger cars, but now it will increase the capacity of the hydrogen refueling station, from the current 200 kilograms of hydrogen per day to one ton, in line with the future more than 200 units will provide services for heavy and long-distance transportation as the goal.
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2022-07-15Featured ArticlesThe establishment of hydrogen stations in Japan in urgent need of breakthroughs
In Japan, which was the first to mass-produce hydrogen vehicles, the sales volume of domestic hydrogen vehicles was much lower than expected, which was related to the slow increase in the number of hydrogen refueling stations.
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2022-07-11Featured ArticlesJapan promotes mobile and stationary hydrogen stations in stages
From motives and incentives, hydrogen refueling stations do have a tendency to gradually heat up, but with the different environments, subjective and objective conditions of various countries, the development conditions and business models of hydrogen refueling stations are different. In densely populated Japan, some of hydrogen refueling stations in the mobile mode is a major feature.
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2022-07-08Featured ArticlesObvious signs of a sudden increase in hydrogen stations after 2020
Fortunately, major countries in the world have regarded hydrogen energy as the most important strategic policy of the country, which has gone beyond the application in the automobile market, so they have invested a lot of resources in development. On the other hand, the petrochemical industry is increasingly under the pressure of zero carbon emissions, coupled with the necessity of following national policies, they have invested in the development and infrastructure of hydrogen energy, and sought various possible combinations of different industries. In the long run, the price-competitive hydrogen energy will not only be expected, but will also drive infrastructure construction such as hydrogen refueling stations.
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2022-07-04Featured ArticlesAccelerating the construction of hydrogen refueling stations has become a consensus among governments and industries of major countries and will become a global trend
In recent years, hydrogen vehicles, which can take into account the convenience of zero emissions and enjoy the convenience of refueling fuel vehicles, and the endurance, have demonstrated the obvious differences and advantages of lithium vehicles, so they have gradually gained attention and become the best choice for new energy vehicles.
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2022-07-01Featured ArticlesThe advent of the hydrogen car era just around the corner
The year 2022 is a very important milestone in the history of hydrogen energy development. Major countries in the world, the United States, Japan, Europe, and China, have successively announced that hydrogen energy will be included in their national strategic policies and have related supporting measures.
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2022-06-27Featured ArticlesThe development of hydrogen energy application market and ecological chain as an inevitable supporting policy
When the development of hydrogen energy has become a national strategic policy, it is to gradually reduce the dependence on traditional energy, especially the fossil fuels that have been reliant on the most carbon-rich fossil fuels for a century, and it will not be easy to replace them.
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2022-06-24Featured ArticlesMost countries to produce green hydrogen conditionally
Germany tends to directly develop green hydrogen, aiming to improve the framework conditions for the efficient use of renewable energy for power generation. The state-led fair pricing of energy prices can enhance the production of "green hydrogen". The UK clearly adopts a dual-track approach to produce green and blue hydrogen. Its offshore wind generates more electricity than any other country, effectively reducing electricity sector emissions by more than 70 percent between 1990 and 2019.
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2022-06-20Featured ArticlesEU to proposes nuclear power as one of hydrogen production options
There are many ways to produce hydrogen fuel by nuclear energy, but the mainstream is to produce it by electrolysis of seawater like renewable energy. The most attention is the use of a new generation of small high-temperature gas-fired reactors developed by developed countries to produce hydrogen with high-temperature heat. Moreover, The EU plans to invest 500 billion Euros in the nuclear energy business by 2050.
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2022-06-17Featured ArticlesJapan's brown hydrogen first to curb costs as a priority
Hydrogen is taken as an attribute of secondary energy. The most controversial part is that in this production process, energy is required, which leads to several problems. In the spring of 2021, the governments of Japan and Australia led the use of lignite with extremely low commercial value to produce hydrogen in the Latrobe Valley, Victoria, which is called brown hydrogen; and study the feasibility of developing greenhouse gases that will be injected into the coastal seabed.
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2022-06-13Featured ArticlesThe governments of the US, UK, Korea and China to embrace hydrogen energy as a global trend
The South Korean government released the basic plan for the implementation of the hydrogen energy economy at the 4th hydrogen energy economy committee meeting held in November 2021, building a rigorous hydrogen energy production and its infrastructure, integrating hydrogen into daily life, and strengthening the foundation of the ecosystem.
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2022-06-10Featured ArticlesJapan and Europe as the pioneers in promoting national strategic policies for hydrogen energy
At the end of 2017, Japan's cabinet meeting announced the basic strategy for hydrogen energy, set action plans and goals before 2030, and drew up the future vision for 2050, hoping to lead the world in realizing a hydrogen energy society. In autumn 2018, the European Commission and Member States signed the European Hydrogen Initiative, which established hydrogen technology and its systems as a plan to create a strategic value chain to replace fossil fuels.
