加州新的轮胎能效法规每年可为驾驶者节省 10 亿美元。
California's new tire efficiency rules could save drivers $1B a year

原始链接: https://grist.org/transportation/californias-new-tire-efficiency-rules-could-save-drivers-1b-a-year/

加利福尼亚州已成为首个强制要求更换轮胎执行能效标准的州,旨在解决低效轮胎导致的隐性成本问题,这些轮胎会降低燃油经济性和电动汽车的续航里程。加州能源委员会的新规要求更换轮胎须达到与原厂轮胎相当的性能标准,并引入了旨在体现能效的“叶片”评级系统,以方便消费者识别。 该法规将分两个阶段实施,分别于2029年和2033年开始执行。尽管一些行业组织对消费者可能面临的价格上涨表示担忧,但加州政府预计,能效的提升每年将为驾驶者节省约10亿美元的燃油成本。此外,该举措预计每年可减少200万吨二氧化碳排放。 尽管该规定对雪地轮胎等特定类型的轮胎给予了豁免,但倡导者认为这是迈向透明度和可持续发展的重要一步。鉴于加州在汽车政策方面的影响力,专家预计这些标准将为其他州树立先例,有望推动全国市场转向更高效、更环保的轮胎技术。

加利福尼亚州正在实施新的法规,以确保替换轮胎达到与原装设备相当的能效标准。支持者认为,这将每年为驾驶员节省 10 亿美元的燃油成本,并减少温室气体排放。 该提案引发了激烈的争论,批评者提出了三个核心担忧: 1. **工程权衡:** 轮胎需要在滚动阻力、牵引力和胎面磨损之间取得平衡。批评者认为,强制提高能效往往会牺牲安全(牵引力)和耐用性(磨损),可能导致更多事故,并因频繁更换轮胎而增加微塑料污染。 2. **执行与漏洞:** 许多人担心这些规则会建立一个复杂且行政成本高昂的系统,促使消费者选择不太合适的轮胎,或豁免某些“特殊”类别,从而可能抵消环境效益。一些人指出,每位驾驶员实际节省的费用微乎其微。 3. **监管过度:** 持怀疑态度者质疑政府在微观管理消费品方面的作用,认为该政策可能更多是出于游说和政治作秀,而非基于切实且净正面的成果。 尽管有些人为这一举措辩护,称其对于解决市场信息不对称是必要的,但另一些人则担心会带来意想不到的后果,例如消费者成本增加和轮胎种类减少。
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原文

California just became the first state to address a problem most people don’t know they have: inefficient tires. 

When automakers design a new vehicle, low rolling resistance tires are one of the least expensive ways to improve fuel economy. But they must eventually be replaced, and experts say replacements are often less efficient. This can result in internal combustion vehicles burning more gasoline and EVs needing more electricity.

“It’s very difficult or impossible for consumers to know how energy efficient their tires are going to be,” said Brian Fadie, senior manager for state policy at the Appliance Standards Awareness Project. “As a result, many people unknowingly buy tires that cost them more money than necessary.”

On Monday, the California Energy Commission unanimously approved a rule that would phase in the nation’s first standards for tire efficiency. The rule is “designed to ensure that replacement tires sold in the state are at least as energy efficient, on average, as tires sold in the state as original equipment.” It would also establish a labeling system that gives tires a “leaf” rating, to make it easier for consumers to find the best options. In addition to saving drivers money, the state projects that the changes could reduce carbon dioxide emissions by 2 million tons annually, which it says is equivalent to taking around 400,000 cars off the road. 

“We are proud to approve the nation’s first replacement tire efficiency standards,” said commission chair David Hochschild, in a press release. “This action will help Californians save approximately $1 billion a year on refueling while reducing pollution and extending the range of vehicles on the road.”

California’s regulations will take effect in two phases, with the first targeting the most inefficient tires starting in 2029 and the second, stricter standard beginning in 2033. The timeline is longer than initially proposed, to address the concerns of some manufacturers who wanted more time to adapt. The rule also comes with exemptions including snow tires and those used in competition. All-weather tires are also excluded, but the state will track them, as that growing segment may be regulated in the future. 

Karim Marshall, director of climate and energy policy at the Consumer Federation of America, criticized the delayed timeline and the number of carveouts. But he says even that version of the rule marks significant progress. “We aren’t going to let the perfect be the enemy of the good,” he said. Bill Magavern, the policy director for the Coalition for Clean Air, a nonprofit focused on public health in California, agreed that the regulation was necessary. “Manufacturers do not do the right thing on their own,” he said. “They need the government to set smart standards.” 

Reducing the rolling resistance of a tire isn’t technically that difficult, said Fadie. Incorporating more silica, for example, improves not only efficiency but traction as well. Rubber chemistry and tread designs can also lead to gains. The debate centers around the cost of those improvements, and the tire industry appears split on the rule.

Some, like ENSO and Michelin, publicly endorsed at least parts of the rule. Speaking at Monday’s commission meeting, Francesca Mosteller, director of state and local government affairs for Michelin North America, said “we support the efficiency goals and believe the proposed thresholds in this rulemaking are technically feasible within the defined timeframes.”

Others are opposed to the changes. “These tires are broadly more expensive than the typical tire you find on the marketplace today,” said Christian Robinson, senior director of state government affairs for the Specialty Equipment Market Association, or SEMA, which represents the automotive parts industry. “Our concern is that this will create undue burdens on working-class families.” 

The energy commission calculated that more efficient tires cost between $6 and $26 more per set, but that increase is more than offset by reduced fuel consumption. It put net savings at $85 to $153 over the lifetime of the tire when gasoline is $4.60 a gallon, though the savings could be 25 percent higher with this year’s price spikes. An estimate SEMA cited from consultant Gladfelty Government Relations, however, put the added cost as high as $365.20. 

Robinson said he had hoped the commission would take a step back “given that there’s a disagreement about the economic impact.” But Marshall, the consumer advocate, said industry figures are misleading.

Whatever the case, the energy commission approved the rule. It’s a move that has been in the works since 2003, when the Legislature passed a law calling for such regulation. The state worked toward this goal for a few years but paused in 2007 when the federal government took over the cause. That effort never materialized and the project languished until about 2020, when the energy commission revived it.

With the rule now final, supporters say the impacts could be numerous and widespread. More efficient tires should, for instance, help EVs use less juice, easing demand on already stressed electric grids. At the very least, the leaf rating system should make shopping easier. Similar to the Energy Star label, or the snowflake rating system for snow and all-weather tires, more leaves will mean a more efficient tire, with a four-leaf rating denoting the greatest efficiency. The one hitch is that manufacturers can choose whether or not to display the label, so consumers may have a look up the model in the state’s online database. 

Everyone agrees that, given California’s size, this rule will likely spill over into other states. “What happens in California, doesn’t stay in California,” said Robinson, pointing to the state’s tail pipe emission standards, which 17 states and the District of Columbia now enforce. A similar ripple occurred with California’s LED lightbulb rules. 

As for tire efficiency, Fadie said Washington and Rhode Island are among those considering following California’s lead. He added that these steps are important because, while the Golden State’s rule will likely buoy the national market, it’s not a guarantee. 

“Other states,” said Fadie, “could create certainty for themselves.”


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