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Strategic niche management of alternative fuel vehicles: A system dynamics model of the policy effect

机译:替代燃料汽车的战略细分管理:政策效果的系统动力学模型

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Using a system dynamics model, this study investigates the market barriers to increasing the market share of alternative fuel vehicles (AFVs) and possible policy options to overcome them, in particular strategic niche management (SNM). The model assumes that the operating costs of AFVs, including fuel supply and vehicle maintenance costs, have a positive feedback relationship with the scale of overall car stocks sold. System dynamics modelling is a useful approach to model a feedback effect like this situation. According to the simulation results, if there is a strong network effect on vehicle operating costs, it is difficult to achieve the shift to alternative fuel vehicles, even in the long term, without policy intervention. Although SNM alone may not be enough to sustain the rise of the market share of AFVs with a strong network effect, SNM seems to be very effective in strengthening the policy effect of financial incentives. A relatively small budget devoted to SNM can result in a substantial difference in AFV market share. However, the effectiveness of SNM also depends on the magnitude of the network effect. SNM is more effective when applied to AFVs with a strong network effect.
机译:使用系统动力学模型,本研究调查了增加替代燃料汽车(AFV)市场份额的市场障碍以及克服这些障碍的可能政策选择,特别是战略利基管理(SNM)。该模型假设AFV的运营成本(包括燃料供应和车辆维护成本)与所售汽车总量的正反馈关系。系统动力学建模是对这种情况下的反馈效果进行建模的有用方法。根据模拟结果,如果对车辆运营成本产生强大的网络影响,那么即使没有长期的政策干预,也很难实现向替代燃料车辆的过渡。尽管仅靠SNM可能不足以维持强大的网络效应来维持AFV的市场份额,但SNM似乎在加强财务激励政策效果方面非常有效。专门用于SNM的相对较小的预算可能会导致AFV市场份额出现重大差异。但是,SNM的有效性还取决于网络效应的大小。将SNM应用于具有强大网络效应的AFV时更为有效。

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