These involve: (i) targets for hydrogen production capacity and hydrogen production, (ii) budgets for grants and incentives to encourage the hydrogen sector, (iii) and the definition of ''clean
Hydrogen Production and Storage Integration: Feasibility, Challenges, and Innovations 1. Introduction Hydrogen has emerged as a cornerstone of the global clean energy transition. With its potential to
Hydrogen, with its high energy density and compatibility with renewable energy systems, presents a promising clean energy solution to mitigate GHGs emissions. Yet, its
ABSTRACT How to store hydrogen efficiently, economically and safely is one of the challenges to be overcome to make hydrogen an economic source of energy. This paper presents an
Over a gigawatt of bids from battery storage have succeeded in Japan''s first-ever competitive auctions for low-carbon energy capacity.
Germany, recognized as Europe''s largest economy, continues its transition toward a low-carbon future. While greenhouse gas emissions decreased in 2024, the pace of
Low-carbon hydrogen and ammonia are viewed as key elements for Japan''s energy security and decarbonisation efforts, and an important sector for Japan''s economic growth and industrial
January 2020: The governments of Australia and Japan have signed a Joint Statement of Cooperation on Hydrogen and Fuel Cells to promote the use of hydrogen as a
Japan and the European Union on Monday agreed to work together on policies related to creating demand and supply for clean hydrogen, as well as to cooperate in advancing technologies to develop...
To ensure a secure, low-carbon and prosper future, Germany and Japan work together in order to accelerate the energy transition in both countries including the fields of renewables, energy
Japan and Germany have agreed to cooperate in the area of critical global supply chains, including on clean energy, hydrogen and battery, for energy transition, and
The Japanese-German Energy Partnership is the platform for a fruitful exchange on all relevant topics of the energy transition from the expansion of renewable energies, flexibility and grid
The hydrogen plant in northern Germany is in development by HH2E, which specialises in CO2-free hydrogen production using low-cost renewable energy produced at off-peak times. It claims its hydrogen,
Japan''s first strategy, released in December 2017, was the world''s first national hydrogen strategy; however, the energy landscape has changed drastically. Japan''s revised strategy intends to generate public and private
The Kishida administration last month announced its new hydrogen strategy, a key thrust in efforts to achieve decarbonization, a stable energy supply and economic growth.
Japan''s fixation on hydrogen needs to be contextualized within the backdrop of the island nation''s industry influences, and their bet that many coal and gas power plants will persist and bring promise for
By demonstrating the hydrogen-based energy solution for an office building in Germany, the company aims to create a new business that contributes to German society and addresses climate change. It will also
In this briefing, we look at Japan''s hydrogen strategy and the policy and regulatory initiatives underpinning the development of the sector. We also explore the pioneering research and
In a deeply decarbonised energy system, a further advantage of a significant use of renewables-based hydrogen or hydrogen-based synthetic gases (PtG) is that it can provide energy storage
Japan''s first strategy, released in December 2017, was the world''s first national hydrogen strategy; however, the energy landscape has changed drastically. Japan''s revised strategy
1-1. Background to the basic hydrogen strategy In 2017, Japan formulated the world''s first national hydrogen strategy, the Basic Hydrogen Strategy. Spurred by our move, a total of 26 countries
The slow development of Australia''s hydrogen industry brings the future of Australia and Japan''s potential hydrogen trading relationship into question.
Japan has envisioned a ''hydrogen society,'' integrating hydrogen across sectors from transportation and steel production to gas and electricity. Japan promotes hydrogen use in power generation, gas
The European Commission has selected projects for €992 million ($1.1 billion) of EU public funding, while the Japanese government has agreed to provide $4.80 in subsidies
Countries like Japan and Germany are leading with successful hydrogen initiatives, showcasing the real-world potential of hydrogen storage. With robust investment opportunities and a promising
With a similarly import-dependent energy landscape, Germany has crafted a more actionable hydrogen import strategy. Its Hydrogen Import Strategy quantifies demand, defines infrastructure paths
As mentioned by Chief Cabinet Secretary Matsuno Hirokazu at a cabinet meeting on June 6, the Japanese government considers hydrogen to be "an industrial sector that can make a triple
Another example is the Green Hydrogen Project, a partnership between Germany''s Siemens Energy and Japan''s Toray Industries, supported by NEDO.
Following the example of Japan, France, South Korea, Australia, the Netherlands, and Norway, which had already launched hydrogen strategies, Germany set in motion its own
Hydrogen is an environmentally friendly, non-carbon-based energy source that can replace fossil fuels. It is critical to create a long-term storage medium to balance its
With the current renewable energy infrastructure, Japan would need to import renewable hydrogen, which presents a strategic paradox. While hydrogen is championed as a solution to energy security, its deployment could entrench new forms of dependency if Japan becomes reliant on hydrogen exporters.
Japan's profound energy insecurity is a driving force behind its hydrogen strategy. As a resource-poor island nation, it imported approximately 87% of its energy in 2023, with self-sufficiency declining sharply since the 2011 Fukushima nuclear disaster.
A key element in Japan's approach to ensuring the stable supply of hydrogen involves promoting public-private partnerships. These partnerships are transforming how hydrogen is produced, transported, stored, and utilized throughout the country.
It was the first nation to publish a national hydrogen strategy, positioning hydrogen as a cornerstone for industrial competitiveness and energy security. Nearly a decade later, Japan's ambitious endeavour offers inspiration and caution.
Japan’s journey highlights the need for tailored national strategies that align technology, market design and geopolitical realities. As the global pursuit of clean energy accelerates, Japan has distinguished itself with a particularly bold commitment to hydrogen.
To secure future supplies, Japan has pursued hydrogen partnerships with Australia, the Middle East and the United States. However, the global supply chain for renewable hydrogen is still in its infancy.
