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Diahuebs, 28 September 2023                                  AWEMainta                                ENVIRONMENT                          45



          Low-Carbon Hydrogen Faces Cost




        Challenges, Calls for Support Grow







       LOW-CARBON  hydrogen, touted as

       a pivotal player in the transition to
       sustainable energy, currently faces
       cost competitiveness  issues  in most
       applications  and locations,  according

       to an analysis by the World Energy
       Council  (WEC), conducted in collabo-
       ration with PwC  and the U.S. Electric
       Power Research Institute.



       The report highlights the need for
       substantial support to bridge the cost
       gap and accelerate  the  adoption of

       green hydrogen, but it also points to
       the sector’s increasing prominence
       and positive market signals.



       Environmental and political factors are
       aligning to elevate the profile of green
       hydrogen, offering a glimmer of hope
       for its future. Numerous pilot proj-

       ects are either under development,
       construction,  or  already  operational          energy source.                                    universally  accepted color  codes  for
       on a global scale. Hydrogen, known as            Several countries are actively fostering          specific  technologies  are  needed  to
       a versatile energy carrier, finds appli-         bilateral     partnerships      to    estab-      avoid prematurely  dismissing poten-

       cations in various sectors, including            lish  global  hydrogen  supply  chains,           tially cost-effective solutions.
       industry and transport.                          ensuring a clean and secure hydrogen
                                                        supply. With the right policies and tech-         Despite these challenges, various firms
       Green hydrogen, produced via methods             nological advancements, some projec-              are entering the green hydrogen sector.

       like electrolysis using renewable                tions suggest that green hydrogen                 SSE Renewables and Siemens Gamesa
       energy sources, is considered a corner-          could  become  cost-competitive  with             Renewable       Energy,     for    example,
       stone for achieving carbon neutrality.           other energy solutions as early as                recently  announced  a partnership  to
       However, its current cost structure              2030.                                             explore opportunities related to green

       presents a significant challenge. Most                                                             hydrogen production at selected wind
       hydrogen production still relies on fossil       However, the hydrogen economy faces               farms in Scotland and Ireland.
       fuels, and green hydrogen production             what the WEC report terms a “chicken
       remains expensive.                               and egg problem” in terms  of supply              In conclusion, green hydrogen is

                                                        and demand. To establish a sustain-               emerging as a crucial player in the
       The  U.S. Department of Energy has               able value  chain, secure volumes  of             quest for sustainable energy solutions.
       embarked on the Energy Earthshots                supply and demand must complement                 While cost competitiveness remains a
       Initiative, with the initial goal of             each other effectively.                           hurdle, the increasing focus on environ-

       reducing the cost of clean hydrogen                                                                mental concerns and global pilot proj-
       to $1 per kilogram within a decade.              Additionally, there is a growing debate           ects  offers  hope  that,  with  concerted
       Presently, green hydrogen costs hover            surrounding the use of colors, such as            efforts  and  support,  green  hydrogen
       around $5 per kilogram, demonstrating            brown, blue, gray, and pink, to classify          can  become  a prominent  component

       the magnitude of the cost reduc-                 hydrogen production methods based                 of the clean energy landscape in the
       tion required to make it a competitive           on  their  carbon footprint.  Clear  and          coming years.
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