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Application                                                                NO.10    2020 / 12






































            present in liquid form at the production or   for long-haul vehicles such as trucks,
            transport site, it is economical to transport   long-distance buses and cabs, which are             49
            it in liquid form even over short distances.   expected to break even by 2025. For the
            The investment to build a new hydrogen   United States, Europe and other regions
            distribution pipeline network is huge and   with high heat pump usage, building
            may only be economical on a significant   cogeneration will also be the first to
            scale.                                   achieve the break-even point.
               Analysis shows that all hydrogen         Hydrogen accounts for 40-60% of
            distribution costs will fall by 60%-70%   the cost of fuel cell power generation,
            over the next decade. By 2030, the price of   which means that the investment cost   As a clean
            hydrogen fuel provided to decentralized   of hydrogen fuel cells is much higher   alternative
            users will drop to less than USD 5 per kg.  than that of turbines, and their power   energy source,
                                                     generation cost is naturally higher than   hydrogen has
            Cost is the biggest constraint for       that of turbine power generation, and their   different break-
            clean substitution of hydrogen           break-even point comes much later.      even points
            energy                                      The technology of hydrogen industry   for clean
            As a clean alternative energy source,    chain from production, transportation   substitution
            hydrogen has different break-even points   and distribution to application is still   in different
            for clean substitution in different industries   in the development stage, and the   industries
            due to its substitutability and application   cost is the biggest constraint for clean   due to its
            intensity.                               substitution of hydrogen energy. The time   substitutability
               For applications such as ammonia      of commercial application of hydrogen   and application
            production and refined hydrocracking,    varies from industry to industry due to its   intensity.
            hydrogen is practically the only low-    substitutability and application intensity,
            carbon solution and has currently reached   and it is still difficult to see the prospect
            the break-even point. For other sectors,   of commercializing hydrogen power
            transportation is likely to be the first to   generation in the short to medium term.
            reach the break-even point, especially                (Source: Hydrogen Council)


 Global Energy Interconnection Information                                     Global Energy Interconnection Information
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