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Hydrogen infrastructure metrics for initial s-curve uncertainty

机译:初始S曲线不确定性的氢基础设施指标

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Scenarios, roadmaps and similar foresight methods are used to cope with uncertainty in areas with long planning horizon [1]. The literature also includes divergent views on the level at which driving factors should be considered. Hydrogen market penetration generally emerges slowly or not at all in 'Business as Usual' type scenarios. When strong government support is considered to overcome chicken-and-egg-problem [2], rapid penetration of hydrogen is estimated, usually associated with diffusion growth models [3]. The technology diffusion process has been formulated along the years as the one exhibiting logistic growth ("s-shaped curve") characteristics as showed in Figure 1. Is scenarios are more optimistic (green curve), moderated optimistic (blue curve) or pessimistic approach is considered (red curve), different results are obtained when we calculate the year when a 10% hydrogen penetration market occur. This can be seen as points A, B and C of Figure 1.
机译:场景,路线图和类似的远见方法用于应对具有长规划地平线的地区的不确定性[1]。文献还包括关于应考虑驱动因子的水平的不同意见。氢气市场渗透通常在“常规”类型的情景中完全慢慢涌现。当考虑强大的政府支持克服鸡蛋问题[2]时,估计氢的快速渗透,通常与扩散生长模型相关[3]。沿着展示物流生长(“S形曲线”)特征的多年来,该技术扩散过程已被制定,如图1所示。情景更乐观(绿色曲线),适度的乐观(蓝色曲线)或悲观的方法被认为是(红色曲线),当我们在发生10%的氢渗透市场时计算当年时,获得了不同的结果。这可以看作是图1的点A,B和C.

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