Growth in charge points falls markedly despite surge in number of rapid-charging units
The UKs rollout of electric vehicle chargers has slowed amid challenging cost pressures and uncertainty over government sales targets.
Charger companies installed 5,100 public charge points in the first half of 2026, pushing the total to 121,171, according to Zapmap, a data company. That was a 10% increase on the same point a year before C well below growth rates above 40% in 2024.
Although the pace of growth may be expected to slow as the network grows, it needs to remain high to meet the UK governments target of 300,000 public chargers by 2030 and match the growth in electric car sales. The number of EVs on Britains roads surpassed 2m in April.
However, charger installations have slowed markedly in the last two years, amid concerns over the pace of the transition away from petrol and diesel engines.
The car industry across UK and Europe has lobbied heavily for the government to weaken sales targets, known as the zero emission vehicle (ZEV) mandate, which enforce a rapid increase in the number of electric cars sold each year.
The Labour government has already added loopholes known as flexibilities to the mandate, which was brought in by the Conservatives in 2023. The flexibilities allow car manufacturers to sell more petrol engine cars, and the government is considering also lowering the headline target for EV sales from 80% by 2030 to as low as 50% .
Jarrod Birch, the head of policy and public affairs at ChargeUK , a lobby group for the charging industry, said: The public charging network has doubled over the past three years, and rapid charging is growing quickest of all, with nine in 10 built outside of London in the past 12 months. It is a British success story, funded by private investment made on the certainty of future customers that the governments ZEV mandate provides.
But the mandate has now been argued over for three years, under two governments. It is no surprise that investors are hesitating as doubt surrounds the policy once again.
Zapmap s figures suggested firms were focusing particularly on ultra-rapid chargers, with a 37% increase in numbers year on year.
Ultra-rapid chargers, which can deliver more than 150 kilowatts (kW) of power, tend to be situated by motorways and main roads, for drivers to top up quickly on longer journeys. That means they tend to be more profitable than standard or rapid chargers, as companies can levy higher prices and serve more drivers each day.
Not all chargers are created equal
More and more people are buying electric cars, and are having to grapple with charging for the first time. However, not all chargers are created equal, and the profusion of units can cause confusion.
Charging speeds are measured by power output in kilowatts (kW), while battery capacity is measured in kilowatt hours (kWh). For example, a Nissan Leaf has 39kWh of battery capacity, while a Tesla Model Y has 60kWh.
Recharge times vary depending on battery size: divide the battery size by the power to get a very rough idea of how many hours it will take to charge. (E.g., a 60kWh battery at a 22kW charger would take about three hours.) The quicker the charge, the more it tends to cost.
Slow: up to 8kW
Common at homes, on-street chargers and places cars hang around like car parks or hotels. Suitable for charging overnight. Plugging in with a UK three-pin plug to the mains at home will deliver about 2.3kW C although it is not recommended.
Fast: 8kW to 49kW
Found at urban sites like supermarkets, shopping centres or car parks. Capable of charging a smaller battery in a few hours.
Rapid: 50kW to 150kW
Typically found close to big roads for journey charging, but also increasingly found in locations such as supermarkets or gyms with short dwell times. 50kW could give 80% charge in less than an hour.
Ultra-rapid: 150kW and above
Most chargers being installed at motorway services or dedicated charging hubs are now at least 150kW. Many newer cars can now handle 150kW, and several can charge at speeds of over 300kW, adding hundreds of miles of range in around 10 minutes.
Melanie Shufflebotham, Zapmaps co-founder and chief operating officer, said the installations in the first half of 2026 still represented a steady rollout overall, with high growth in the ultra-rapid segment.
She added that councils were finally rolling out chargers funded by the governments local electric vehicle infrastructure (Levi) scheme . The funding is aimed at providing more on-street chargers for people who do not have private parking .
The Levi funding has seen an increased number of tenders awarded, and these C generally on-street chargers C have started to be rolled out locally, Shufflebotham said. This, alongside the uplift in councils supporting through-pavement charging, and an increase in local charging at supermarkets, car parks and fuel forecourts, will encourage more and more drivers to go electric.
The tough environment for charging companies C who also face intense industry competition and rising costs C has prompted predictions of a wave of mergers and acquisitions as stronger players snap up struggling rivals. One of the biggest companies, InstaVolt, last week bought the smaller GeniePoint network .
尽管快速充电桩数量激增，但充电点增速显著放缓
在严峻的成本压力和政府销售目标不确定性的影响下，英国电动汽车充电桩的推广速度有所放缓。
数据公司Zapmap统计显示，充电桩企业在2026年上半年新增5100个公共充电桩，使总量达到121171个。这一数字较去年同期增长10%，远低于2024年超40%的增速。
尽管随着充电网络的扩展，增长速度预计会放缓，但仍需保持较高水平，以实现英国政府设定的到2030年建成30万个公共充电桩的目标，并与电动汽车销量的增长相匹配。今年4月，英国上路行驶的电动汽车数量已突破200万辆。
然而，在过去两年中，由于对淘汰汽油和柴油发动机转型速度的担忧，充电桩的安装速度明显放缓。
英国及欧洲汽车行业已大力游说政府放宽被称为“零排放汽车（ZEV）强制令”的销售目标，该政策要求每年销售的电动汽车数量必须快速增加。
工党政府已在保守党2023年推出的法规中增设了所谓“灵活性”的漏洞条款。这些条款允许汽车制造商销售更多燃油发动机车型，同时政府正考虑将2030年电动汽车销售的核心目标从80%大幅下调至最低50%。
充电行业游说团体ChargeUK的政策与公共事务负责人贾罗德·伯奇表示：“过去三年间，公共充电网络规模已扩大一倍，其中快速充电设施增速最为显著——过去12个月新建的充电桩中，九成都位于伦敦以外地区。这一英国成功案例的推动力源于私人投资，而投资者信心的保障正是政府零排放汽车（ZEV）政策带来的未来客户确定性。”
然而这项指令已在两届政府任期内争论了三年之久。如今政策再度陷入争议，投资者犹豫不决也就不足为奇了。
Zapmap的数据显示，企业正特别关注超快速充电桩的建设，其数量同比增长了37%。
功率超过150千瓦（kW）的超快速充电桩通常设置在高速公路和主干道旁，以便司机在长途旅行中快速补充电量。这意味着它们比标准或快速充电桩更有利可图，因为运营商可以收取更高费用，同时每天为更多司机提供服务。
并非所有充电器都生而平等
如今越来越多的人购买电动汽车，首次面临充电问题。然而充电器质量参差不齐，种类繁多也容易让人困惑。
充电速度以千瓦（kW）为单位的功率输出来衡量，而电池容量则以千瓦时（kWh）计算。例如，日产聆风（Nissan Leaf）的电池容量为39kWh，而特斯拉Model Y的电池容量则为60kWh。
充电时间因电池容量而异：将电池容量除以充电功率，可大致估算所需充电时长。（例如，60千瓦时的电池使用22千瓦的充电器，约需三小时。）充电速度越快，费用通常越高。
慢充：最高8千瓦
家用充电桩、路边充电站以及停车场或酒店等车辆停放场所均常见此类充电方式，适合夜间充电。虽然不推荐，但使用英标三脚插头接入家庭电源充电时，功率约为2.3千瓦。
快充功率：8千瓦至49千瓦
常见于超市、购物中心或停车场等城市场所，能在几小时内为小型电池充满电。
快充功率：50千瓦至150千瓦
这类充电设施通常位于主干道附近，便于旅途充电；同时也越来越多地出现在超市、健身房等短时停留场所。50千瓦的功率可在不到一小时内完成80%的充电。
超快充：150千瓦及以上
目前高速公路服务区或专用充电站安装的充电桩功率普遍达到150千瓦以上。许多新款电动汽车已支持150千瓦快充，部分车型甚至能以超过300千瓦的功率充电，仅需10分钟左右即可增加数百英里续航里程。
Zapmap联合创始人兼首席运营官梅兰妮·沙夫尔博瑟姆表示，2026年上半年的充电桩安装量总体上仍呈现‘稳步推进’态势，其中超快速充电领域实现了‘高速增长’。
她补充说，各地议会终于开始部署由政府地方电动汽车基础设施（Levi）计划资助的充电桩。该资金旨在为没有私人停车位的居民提供更多路边充电设施。
沙夫尔博瑟姆表示：“莱维基金资助项目的中标数量有所增加，这些中标项目——主要是路边充电桩——已开始在本地推广实施。与此同时，各地议会加大了对穿行人行道充电设施的支持力度，超市、停车场和加油站前院的本地充电设施也有所增加，这些都将鼓励越来越多的司机转向电动汽车。”
充电企业当前面临严峻环境——行业竞争激烈且成本不断攀升——这引发了并购潮的预测，实力较强的企业将趁机收购陷入困境的竞争对手。行业巨头英星伏（InstaVolt）上周收购了规模较小的GeniePoint充电网络。
