Electronic Vehicle Charging and the Necessity of IoT Connectivity

2022-10-14 21:32:12
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The outcry against climate change is rising, particularly regarding fossil fuel vehicles. In response, more governments are enacting legislation to encourage the proliferation of electric vehicles (EVs).

California, for example, pledged to stop selling gas-powered cars by 2035. Likewise, President Biden’s federal infrastructure bill promised $7.5 billion to support the implementation of thousands of new public charging stations.

However, the disruption of EV charging stations varies by state. There are over 5,000 charging stations in California and only 16 in Alaska. To transition society to EVs, we need a new charging station infrastructure equipped with IoT connectivity.

Benefits of IoT Connectivity in EV Charging 

According to IoT News, cellular IoT connectivity is central to monitoring, management and optimal energy consumption. EV providers also require access to real-time data to understand consumer behavior and better address their needs.

IoT technology allows third-party companies to determine demographics, including:

  • Who is charging
  • Time of day
  • What car they drive

The Risk of Downtime and Connectivity Challenges 

Reliable IoT connectivity enables EV charging stations to overcome downtime costs and risks.

For IoT devices to function, there needs to be network availability and a stable, always-on internet connection. Cellular technology is preferable because of its ubiquity in places where EV charge points could be easily installed, such as:

  • Gas stations
  • Parks
  • Schools
  • Hospitals
  • Parking lots

IoT technology needs cloud access to monitor each charger’s health and provide operators and drivers with live status updates.

Downtime or poor cellular connectivity can cost EV charging brands revenue and reputation. One year of connectivity issues can cost as much as $10 million in revenue. Global cellular network ecosystems are fragmented, and therefore they present a significant challenge to reliable, resilient IoT connectivity for charging stations.

IoT-connected EV stations must do more than facilitate a smooth energy exchange between vehicles and the power grid. In light of recently exposed vulnerabilities in Tesla’s Model 3 and Model Y, they must also consider security.

As the number of EVs and charging stations increases, the attack surface grows, making systems more susceptible to cyberattacks. Should a hacker disable all EV chargers connected to the same network, it would be the equivalent of a gas shortage.  

Global EV Charging and SIM Technology 

EV charging stations need a network adapter enabled by cellular IoT modules. They also need cellular connectivity enabled through one of many diverse SIM technologies. This connectivity lets the stations connect and exchange data, including payments with the charge point operator’s (CPO’s) backend system.

An IoT SIM solution must be used in IoT devices to identify and associate them with a data subscription plan to connect to cellular networks. EVs and charging stations cannot communicate or share user data without adequate device provisioning.

Global EV charging companies and operators must adopt one or more SIM solutions in their EV stations. These solutions will enable them to provide end users worldwide with customer service.

For example, in Europe, people need to be able to use the same EV charging account in multiple countries. In Europe, for example, where people travel from one country to the next, drivers need the flexibility to have the same EV charging account that can work in multiple countries. Meanwhile, the charging station must be able to integrate the same network from anywhere, regardless of the cellular operator.

In global use cases, enterprises need a cloud-connected dashboard to manage IoT connectivity as the charger network scales up. They also require enhanced visibility to enable remote provisioning for their charging stations, including the installed SIM solution and the module. The SIM and module need extensive configuration to operate optimally.

Simplified and Scalable IoT Connectivity Solutions

Our IoT connectivity services provide scalable global connectivity and visibility over each SIM of every type in your deployment. Our user-friendly dashboards empower enterprises with one-touch IoT management to configure billing and provisioning. Our global team of IoT experts is available 24/7/365. We can support your local deployment in any time zone and at any stage and scale.

Speak with our IoT connectivity experts to get started on your IoT-enabled EV charging solution.

参考译文
电动汽车充电与物联网连接的必要性
关于气候变化的抗议呼声日益高涨,尤其是针对化石燃料汽车。对此,越来越多的政府正在出台立法,以鼓励电动汽车(EV)的普及。例如,加利福尼亚州承诺到2035年停止销售燃油汽车。类似地,美国总统拜登的联邦基础设施法案承诺拨款75亿美元,用于支持数万个新公共充电站的建设。然而,电动汽车充电站的分布因州而异。加州拥有超过5000个充电站,而阿拉斯加仅有16个。要推动社会向电动汽车转型,我们需要配备物联网(IoT)连接的新充电站基础设施。物联网连接在电动汽车充电中的优势 据《物联网新闻》报道,蜂窝物联网连接对于监测、管理以及实现最佳能源消耗至关重要。电动汽车提供商也需要访问实时数据,以了解消费者行为并更好地满足他们的需求。物联网技术允许第三方公司确定用户的人口统计数据,包括: - 谁在充电 - 充电的时间 - 他们驾驶的是什么车 停机风险与连接挑战 物联网设备要正常运行,必须有网络覆盖和稳定的、随时可用的互联网连接。蜂窝技术更受青睐,因为它在电动汽车充电点容易安装的场所(如加油站、公园、学校、医院和停车场)中无处不在。物联网技术需要访问云服务,以监控每个充电器的健康状况,并为运营商和驾驶员提供实时状态更新。停机或蜂窝连接不良可能会导致电动汽车充电品牌损失收入和声誉。一年的连接问题可能导致高达1000万美元的收入损失。全球蜂窝网络生态系统碎片化,因此对充电站的可靠、弹性物联网连接构成了重大挑战。连接物联网的电动汽车充电站不仅要促进车辆与电网之间的顺畅能源交换,还需考虑安全性。鉴于最近特斯拉Model 3和Model Y中暴露的安全漏洞,它们还必须考虑安全性。随着电动汽车和充电站数量的增加,攻击面也在扩大,使系统更容易受到网络攻击。如果黑客禁用了连接同一网络的所有电动汽车充电器,这将相当于汽油短缺。全球电动汽车充电与SIM技术 电动汽车充电站需要一个由蜂窝物联网模块启用的网络适配器。它们还需要通过多种多样的SIM技术实现蜂窝连接。这种连接性允许充电站连接并交换数据,包括与充电点运营商(CPO)后台系统的支付数据。物联网设备必须使用物联网SIM解决方案来识别并将其与数据订阅计划相关联,以连接到蜂窝网络。如果没有足够的设备配置,电动汽车和充电站将无法通信或共享用户数据。全球电动汽车充电公司和运营商必须在其电动汽车充电站中采用一种或多种SIM解决方案。这些解决方案将使他们能够为全球最终用户提供客户服务。例如,在欧洲,人们需要能够在多个国家使用同一个电动汽车充电账户。例如,在欧洲,人们经常从一个国家旅行到另一个国家,驾驶员需要灵活性,能够拥有在多个国家都能使用的同一电动汽车充电账户。同时,充电站也必须能够从任何地方集成相同的网络,无论蜂窝运营商是谁。在全球应用场景中,企业需要一个与云连接的仪表板来管理物联网连接,以便充电站网络扩大。他们还需要增强的可见性,以实现远程配置,包括已安装的SIM解决方案和模块。SIM卡和模块需要广泛的配置才能达到最佳运行效果。 简化且可扩展的物联网连接解决方案 我们的物联网连接服务可提供可扩展的全球连接性,并对您部署中每种类型的SIM卡进行全面的可见性。我们用户友好的仪表板使企业能够一键式管理物联网连接,配置计费和配置。我们的全球物联网专家团队全天候全年365天为您提供支持。我们可以在任何时区、任何阶段和任何规模下支持您的本地部署。与我们的物联网连接专家联系,开始您的物联网赋能的电动汽车充电解决方案。
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