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Strategy                                                                   NO.10    2020 / 12




            applications could reach 17 million metric tons by   Currently, there are only 7,600 FCEVs on the road.
            2030 and 63 million metric tons by 2050.         Roughly 30,000 FCEVs could be sold. In addition,
                                                             with sufficient market demand, there could be
            Road map to a hydrogen economy                   50,000 material-handling FCEVs in the field.
               The  US  needs  to  act  quickly.  It  should    (II) 2023 to 2025: Early scale-up
            make  further  investment,  reduce                  By 2025, large-scale hydrogen production is being
            regulatory barriers, and implement               developed, bringing the cost down and kicking off
            public policies regarding research               the scale-up of applications beyond early adopter
            and  development,  to  improve                   states. This requires clear regulatory guidelines
                                                             to coordinate market participants and attract
            competitiveness and remain its                   investment. Policy incentives in early markets begin
            global leadership. The road                      transitioning from direct support to scalable market-
            map is organized into four                       based mechanisms.
                                                                In this phase, the first large-scale hydrogen
            key phases:                                      production facilities are built using water electrolysis
               (I) 2020—2022: Immediate next steps           from renewables, gas reforming with renewable
               In the first two to three years, the aim is to   natural gas (RNG), or carbon capture and storage
            establish dependable and technology-neutral      (CCS). With the larger scale, hydrogen-related
                                                             equipment, in particular vehicle fuel cell production
            decarbonization goals in more states and at the   and fueling station equipment, also scales up,
            federal level, which will serve as a guide to specific   enabling cost and performance improvements.
            policy and regulatory actions, including updates to   Medium- and heavy-duty fuel cell electric trucks and
            codes and standards. Public incentives and standards   new light-duty FCEV makes and models are brought
            can bridge barriers to initial market launch, bring   to market. Second-generation high-throughput
            a wider range of mature hydrogen solutions to    hydrogen fueling stations for medium- and heavy-   45
            market, increase public awareness and acceptance,   duty vehicles increase adoption and utilization in
            and continue to pilot hydrogen use in other      commercial fleets in early markets.
            applications. Progress focuses on early commercially   For building heating, early adopter states start
            viable applications in early adopter markets, like   blending hydrogen in small percentages into
            the expansion of fuel cell electric vehicle (FCEV)   gas distribution grids, driving at-scale hydrogen
            forklifts nationwide and further deployment of both   production. In transport, early adopter states build
            light-duty and heavy-duty vehicles in California.   on their existing fleet and pilot stations to increase
            These early applications require a combination of   coverage and capacity in the fueling infrastructure
            incentives to reduce barriers to entry and market-  for light-duty passenger vehicles. The next wave
            facing mechanisms to enable scale.               of states follows their lead and develops hydrogen
               In this phase, mature applications, like forklifts,   fueling infrastructure rollout plans. Medium- and
            and applications close to breaking even, such as   long-haul trucking infrastructure is deployed where
            backup power solutions, scale up. In transport,   there is known demand on highly frequented
            early adopter states focus on developing fueling   routes. In addition, the use of hydrogen fuel cells
            infrastructure to support FCEV adoption and begin   expands beyond newly constructed data centers and
            to see second-generation products in passenger   telecommunication towers to backup generation
            vehicles and fueling stations. They stimulate demand   for buildings. Existing hydrogen markets begin
            growth, making it fit for the capacity and distribution   to convert to low-carbon hydrogen sources as
            levels of the existing hydrogen production facilities   feedstock for industry.
            in the transport industry. Pilots in other applications,   At the end of 2025, total hydrogen demand could
            such as blending in the gas grid, are pursued to   reach 13 million metric tons across applications,
            prepare for broader hydrogen adoption.           and up to 150,000 light-, medium-, and heavy-duty
               At the end of 2022, the US market for hydrogen   FCEVs could be sold. In addition, there could be
            across all segments could total 12 million metric   125,000 material handling FCEVs in the field.
            tons, compared to about 11 million metric tons today.   (III) 2026 to 2030: Diversification


 Global Energy Interconnection Information                                     Global Energy Interconnection Information
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