May 12 2025
The auto industry is going through a transformative period as technologies advance rapidly and vehicle manufacturers work tirelessly to electrify their model lineups to meet strict emissions regulations. The push towards electric vehicles is an exciting yet, in some ways, uncertain time for consumers and businesses alike. We've written a series of EV-related articles covering some major topics in the EV landscape, as well as some more specific topics for certain business use cases. Whether you're looking to learn more about how EVs function and how they differ from their ICE counterparts or the implications EVs have for the auto industry, we hope these articles help answer some of your most pressing questions.
EVs continue to grow in popularity, however, there are still many reservations about the lack of charging infrastructure. This article takes a deep dive into the existing EV charging landscape, including different types of charging, the current state of charging infrastructure, and the future of EVs.
EV charging can be complex, with various charging levels available–each offering different charge times, as well as impacts on battery health. Fully understanding these choices can significantly extend your EV’s lifespan while balancing convenience and preserving long-term performance.
Ever wonder what key components make up the structure of an EV and how they differ from their internal combustion engine (ICE) counterparts? This article gives a rundown of the most prominent parts of an EV that set it apart from traditional gas-powered vehicles.
The road to mass EV adoption has been a long one, to say the least. Factors limiting EV growth include high battery costs, lack of charging infrastructure, and limited EV models (particularly for larger vehicles). This article highlights some of the key factors supporting the increasing pace of EV adoption.
The cost of vehicle ownership extends far beyond the initial purchase price. While many consumers have a solid understanding of the costs associated with traditional gas-powered vehicles, this may not be true for electric vehicles. This article highlights the primary costs of EV ownership and compares these costs with the lifetime costs of its ICE counterparts.
Due to the mining of scarce resources, EV battery recycling represents the most expensive component and largest logistical challenge for electric car adoption. This article outlines the impact of this technology and requires examining the full picture, including the benefits of battery recycling, challenges, drawbacks, and where the future of EV batteries is headed.
Many questions come along with the consideration process of EV adoption, including battery range and life expectancy, charging infrastructure, and the purchasing or leasing of EVs. While we don't have all the answers to these pressing questions, we hope this article will help educate consumers considering an EV or businesses looking to gain some EV knowledge.
It is estimated that 2.3 million charging stations will be needed to accommodate the 28 million EVs expected to be on the road by 2030. This article outlines how accurate vehicle data will be essential in the role of grid planning strategies, placing chargers where they are needed most, and priorities for possible outages.
With many EV rebates and discounted billing programs, there are bound to be some operational challenges for companies tasked with implementing and managing. This article covers some of these challenges and the core benefits of continuous access to in-depth, 17-digit VIN data in ensuring a sustainable, productive response to the US’s electric vehicle transition.