ADOPTION AND DEVELOPMENT OF ALTERNATIVE FUEL VEHICLES IN TRINIDAD AND TOBAGO

Kohan Dolcy, T. Townsend
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Abstract

The transport sector has been identified as one of the highest contributors to greenhouse gas emissions in Trinidad and Tobago owing to the increase in the number of vehicles and the inherent traffic congestion. The vehicles are mainly fuelled by conventional fuels with relatively few being alternative fuel vehicles (AFVs), primarily in the form of compressed natural gas (CNG) vehicles. This research explores the current situation with the development and adoption of AFV technology in Trinidad & Tobago. In Trinidad, the natural gas supply is already well-established, refuelling stations are in operation and up to 18 original equipment manufacturer CNG vehicles are available on the market, supplemented by the option of vehicle conversion. The opposite is true for electric vehicles, with only one recognized dealer offering electric vehicles and public charging stations, and only one related market incentive in effect. Despite the number of initiatives geared toward CNG development, the 2018 vehicle conversion targets have not been realized and it would require a very aggressive approach to achieve those figures by 2020. The authors have identified the key impediments to successful attainment of the targets. They note that few of the ongoing fiscal incentives, measures or pilot projects by the government ministries that are associated with renewable energies are directly linked to the transportation sector. Additionally, since measures of effectiveness for sustainability are not being monitored, the country cannot adequately determine its progress towards sustainability. The authors propose measures towards achieving sustainable development in transportation and to overcome the constraints of data availability, perceived barriers to AFV adoption and the notion of affordability over sustainability.
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在特立尼达和多巴哥采用和发展替代燃料汽车
由于车辆数量的增加和固有的交通堵塞,运输部门已被确定为特立尼达和多巴哥温室气体排放的最大来源之一。这些车辆主要以传统燃料为燃料,而替代燃料车辆(afv)则相对较少,主要是压缩天然气车辆。本研究探讨了特立尼达和多巴哥发展和采用AFV技术的现状。在特立尼达,天然气供应已经建立,加气站正在运作,市场上有多达18辆原始设备制造商的CNG车辆,并有车辆转换的选择。电动汽车的情况正好相反,只有一家认可的经销商提供电动汽车和公共充电站,只有一个相关的市场激励措施。尽管有许多针对CNG发展的举措,但2018年的车辆转换目标尚未实现,并且需要非常积极的方法才能在2020年之前实现这些数字。作者指出了成功实现这些目标的主要障碍。他们注意到,政府部门正在实施的与可再生能源相关的财政激励措施、措施或试点项目中,很少与交通部门直接相关。此外,由于没有监测可持续性的有效性措施,该国无法充分确定其在可持续性方面取得的进展。作者提出了实现运输可持续发展的措施,并克服数据可用性的限制、采用AFV的公认障碍和可负担性高于可持续性的概念。
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