[ horizons ] the mobility sector , offering an alternative to fossil fuel-dependent transportation . Similarly , PEMEL and AEL technologies are contributing to the production of ‘ green ’ hydrogen , aligning with global decarbonisation goals .
However , the journey does not end there . The evolving landscape of global policies on climate change and breakthroughs in renewable energy sources are setting the stage for these technologies to have a more significant impact . the need for an integrated approach to energy policy , technology development , and market creation . It is no longer just about the efficiency and effectiveness of individual technologies but also about how they can be synergised to create a sustainable energy ecosystem . This involves addressing challenges related to energy storage , distribution , and the creation of a regulatory framework that supports innovation while ensuring safety and environmental protection .
Trending news that connects closely with the content of the white paper is the introduction of new policies by governments worldwide , aimed at accelerating the adoption of fuel cells and electrolysers . European countries , in a bid to meet the targets set by the Paris Agreement , are increasingly investing in renewable energy projects and incentivising the production and usage of green hydrogen . The European Union ’ s Hydrogen Strategy , for example , aims to install at least 40 GW of renewable hydrogen electrolysers by 2030 . Such policies not only boost the market for PEMEL and AEL technologies but also foster a conducive environment for research and innovation in this field .
In addition to this background , technological advancements in the renewable energy sector are making the large-scale production of green hydrogen more feasible than ever . Breakthroughs in solar and wind energy are leading to a consistent decrease in the cost of electricity , a critical factor for the electrolysis process . This trend is pivotal for the commercial scalability of PEMEL and AEL technologies , making green hydrogen a competitive alternative to conventional sources .
The dialogue on these technologies is also evolving , with an increasing emphasis on
As we navigate the complexities of decarbonisation , it is becoming clearer that a multifaceted approach is necessary – one that combines policy support , technological innovation , and market mechanisms . Fuel cells and electrolysers , with their ability to harness the power of green hydrogen , are undoubtedly key components of this renewable energy approach .
All the while , global events take place that can derail gains made and remove the certainty manufacturers need to plan . There are increasing signs that the sector can weather such storms . The industry ’ s value is recognised , but stakeholders and innovators must continue to demonstrate technology that bolsters the argument around hydrogen contribution .
By continuing to focus on advancing these technologies , we can move closer to achieving a sustainable energy future , mitigating climate change , and ensuring energy security for generations to come . The decision by the German steel industry to trust fully in the potential of hydrogen is a very positive indicator of the direction of travel .
For a more detailed view on the PTFE fuel cells and electrolyser technologies driving change , download our complementary white paper .
Hydrogen Tech World | Issue 20 | February 2025 45