巴基斯坦有足够的发电量来支持电动汽车的大规模普及吗?

Anam Iqbal, Ahmad Nadeem, Malik Muhammad Arslan, M. Javed, N. Arshad
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摘要

巴基斯坦在2006年至2017年期间经历了严重的电力短缺。政府通过快速发展发电厂来应对这种情况。然而,能源规划者无法准确预测电力需求,导致发电量超过需求的情况。这些发电厂是由“不付即付”合同支持的。因此,即使发电厂不运行,仍然要支付大量的容量付款。为了利用这些剩余的可用容量,全年都需要电力负荷。另一方面,巴基斯坦东北部是世界上空气质量最差的地区之一。超过45%的排放来自交通运输部门。因此,电动汽车是一种理想的负荷,可以利用过剩的发电能力,同时改善该地区的空气质量。在本文中,我们分析了电动汽车的不同渗透水平对过剩发电能力利用的影响。这一分析将帮助我们确定电动汽车的渗透目标,从而使容量得到最佳利用。本文分析了电动汽车的影响,采用了三种乐观的情景,即从2020年开始,两轮、三轮和四轮汽车的新车销量分别为30%、50%和70%。这表明,到2024年,电动汽车将增加1250兆瓦,占新车销量的70%,只有在需求高峰时,预计才能达到可用的发电能力。
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Does Pakistan have enough electricity generation to support massive penetration of electric vehicles?
Pakistan experienced a grave power shortfall between 2006 and 2017. The government responded to the situation through fast track development of power plants. However, the energy planners were unable to accurately forecast the electricity demand, resulting in a situation where more generation is available than needed. The power plants are backed by take-or-pay contracts. Thus, even if the power plants are not operating, a substantial capacity payment is still paid. To utilize this surplus available capacity year around electricity loads are needed. On the other hand, Northeastern Pakistan has one of the worst air quality in the world. Over 45% of the emissions are attributed to the transport sector. Therefore, electric vehicles (EVs) are an ideal load that utilizes the excess generation capacity and at the same time, improves air quality in the region. In this paper, we analyse the impact of various penetration levels of EVs on the utilization of excess generation capacity. This analysis will help us to determine EV penetration goals such that the capacity is optimally utilized. The impact of EVs is analysed using three optimistic scenarios of 30%, 50% and 70% new vehicle sales for two, three and four wheelers starting from 2020. This showed that by 2024, EVs will add 1250 MW at 70% new vehicle sales and only with peak demand, it is expected to reach available generation capacity.
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