挪威电动车渗透率再超90%,“冰雪王国”是如何做到的?

文摘   2024-12-13 18:39   北京  


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据报道,挪威公路管理局(OFV)发布的最新数据显示,10月该国的纯电动车市场渗透率为94%,虽然低于9月的96.4%,但与8月基本持平,这表明纯电动车已成为挪威汽车市场的主流车型。


冰天雪地的挪威,何以做到电动车普及率全球第一?近日,挪威风险管理机构——挪威船级社(DNV)关于挪威能源转型的报告梳理了可以从中汲取的宝贵经验。


挪威是人均拥有电动车最多的国家,这并非偶然。20世纪90年代以来,挪威的电动车能够享受减税、使用公交车道和减少过路费等政策支持。如今,挪威的新车销售中近90%是电动车,预计到2032年,电动车将成为挪威道路上最常见的乘用车类型。


挪威为欧盟、英国和其他立法禁止内燃机汽车的国家树立了榜样。DNV认为,虽然挪威在电动车政策方面值得赞赏,但道路交通电气化仍面临着挑战。

政策启示

挪威电动车的高普及率主要归功于政府的支持政策。但随着电动车销量激增,政府撤销了许多关键的政策机制。比如,曾对电动车免征销售税,但有人认为,这只对一小部分购车者有利,对纳税人来说已变得不划算。同样,电动车驾驶者曾享有在首都奥斯陆(Oslo)使用公交车道的特权,但这一权利已被取消。挪威是否能在2025年之前实现零内燃机汽车销售的目标尚未可知,尽管它已非常接近。


试图提高电动车使用率的国家也在进行类似的讨论,但它们的电动车销售量和使用率都远低于预期。2022年,英国取消了电动车销售税的折扣,以使系统“更公平”,并将内燃机汽车禁令推迟到2035年。现在,新一届工党政府恢复了2030年禁令计划,并在车企的游说下考虑恢复税收优惠政策。挪威在改变这些支持政策时,电动车市场已相对成熟,而目前英国电动车在新车销售中的比例还不到20%。

城市与乡村的分野

在奥斯陆市中心地下长达六公里的歌剧院隧道中,你可能看到的全是电动车在行驶。如果换做挪威其他地方的偏僻社区,情况则截然不同。在奥斯陆,电动车占比达到40%,而在该国最北部的芬马克(Finnmark),这一数字仅为8%


税收减免是一个重要的推动因素,但在远离大城镇的地方,人们更看重电动车的实用性。“续航焦虑”是许多车主的顾虑,不过未来这一问题将逐步缓解。DNV预测,未来十年内,挪威全国的快速充电站数量将翻一番。电池续航能力也在不断提高,这将让车主在像诺尔兰这样的偏远地区驾车出行时更加从容,无需担心抛锚在风雪夜中。

迎接电气化挑战

引入电动车并不是简单地“换辆车”的问题,而具有更深层次的意义。电动车的发展是电气化趋势的一部分,它需要全面的政策支持和规划。挪威的经验颇具启发性。

挪威汽车用电的需求正急剧上升。 

图源:DNV

尽管挪威拥有令人羡慕的起点:雄厚的公共财政、小规模人口、深厚的能源专业知识以及全球第二高的电气化能源系统,但它并未准备好应对不断增长的电力需求。预计到2040年,挪威的电力需求将增长60%,尽管这一趋势早已显现,但新增电力供应不足,因此挪威在未来几年将面临电力净赤字,这对于一个习惯于电力净出口的国家来说非比寻常。


挪威以水力发电为主,但要满足新的需求,必须实现能源多样化。最具可行性的方案是风能建设,近年来却停滞不前。风电项目的建设需要时间,但公众对陆上风能的反对以及海上风能的高昂成本进一步减缓了建设速度。DNV预计挪威将在2030年代中期重新实现电力盈余。


挪威经验中最宝贵的收获是:在立法推进能源转型时,需要广泛的系统思维。廉价电力一直是挪威工业的支柱,但随着道路交通和其他行业电气化带来的需求增长,电力成本也将上升。虽然挪威推广电动车的行动值得钦佩,但缺乏额外的电力产能也对其电力系统的其他环节产生了连锁效应。



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Learning From Norway’s Electric Vehicle Success Story


Norwegians bought so many Tesla’s that Elon Musk came to Norway to thank the country for supporting electric vehicles. The fact Norway has the most EVs per capita of any country is not an accident. Since the 1990s, EV owners in Norway have been supported by policies such as reduced taxes, access to bus lanes and reduced toll charges. Today, almost 90% of new car sales are electric and they will be the most common type of passenger vehicle on Norwegian roads by 2032.


Norway serves as an example to the EU, UK and other countries which have legislated to ban combustion engine cars. DNV’s report on Norway’s energy transition demonstrates that whilst there is much to admire about its progressive EV policies, electrifying road transport does bring challenges.


Lessons from policy


Norway’s impressive uptake of EVs has only been possible thanks to supportive government policy. But policy is always vulnerable to politics. With EV sales surging, many of the key policy mechanisms were withdrawn. EVs were once exempt from sales tax, but it was argued that this was beneficial to only a narrow strata of car buyers and had become bad value for money for taxpayers. Likewise, EV drivers once enjoyed the use of bus lanes in Oslo, but this privilege was removed. It is now not entirely clear if Norway will reach its goal of zero combustion engine car sales by 2025, although it will be pretty close.


Countries trying to increase the uptake of EVs are having similar discussions, but they are starting the discussion at a stage where EV sales and EV share are far lower. In 2022, the discount on sales tax for EVs in the UK was removed to make the system “fairer”, and the goal of banning combustion engine cars was moved back to 2035. Now the new Labour government has reinstated the 2030 target and car companies are lobbying to reintroduce the tax break. But whilst the EV market was relatively mature in Norway when these policies were changed, less than 20% of new car sales are electric in the UK.


Urban versus rural split


It is possible to drive the length of the Opera Tunnel – which runs for six kilometers under Oslo city center – and see only electric vehicles. The story is very different if you were to drive between isolated communities elsewhere in the country. Around 40% of cars are electric in Oslo whilst in Finnmark, in the very north of the country, that number is just 8%.


Tax breaks are an important push factor, but usability has extra significance away from big towns. “Range anxiety” concerns will be addressed in the coming decade as we at DNV forecast the number of fast chargers to double across Norway in the next decade. The increasing range of batteries should also ease anxieties about being stranded on a windswept evening in Nordland.


Meeting the electrification challenge


Introducing EVs does not simply involve swapping one set of vehicles for another. It is part of a deeper electrification trend that requires comprehensive policy support and planning. Norway’s experience is telling.


Demand for electricity from vehicles is rocketing in Norway. As a consequence of of ... [+]DNV


Even though Norway has the enviable starting point of strong public finances and small population, deep energy expertise and the second most electrified energy system in the world, it is not fully prepared to meet the rising power demand. Demand for electricity will grow by 60% by 2040 and although this has been sign-posted for some time, sufficient generation has not been added. Therefore, Norway will have a net electricity deficit in the coming years, an unusual situation for a country used to being a net power exporter.

Norway’s electricity production is dominated by hydropower, but diversification is required to meet the new demand. Wind buildout, which is the most viable solution, has stalled in recent years.


Building wind takes time, and public opposition to onshore wind and high costs of offshore wind, further slow down the construction. We expect Norway to return to a power surplus in the mid-2030s.

Maybe the most valuable lesson from Norway’s experience is the need for broad, system wide thinking when legislating for the energy transition. Cheap electricity has been a pillar for Norwegian industry, but with demand rising because of the electrification of road transport and other sectors, the cost of electricity will rise. Whilst there is much to admire about how Norway has rolled out EVs, the lack of additional power capacity has knock on effects for elsewhere in the power system.


本文2024年12月9日发布于Forbes。文章仅代表作者观点,不代表本公众号立场。


封面图源:Unsplash

翻译/韩迪  编辑/吕雅宁   

审核/汪燕辉 吕雅宁  排版/包林洁

END


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