Navigating The Transition To A Fully Electric Fleet: Lessons From Varsity Technologies

Navigating The Transition To A Fully Electric Fleet Lessons From Varsity Technologies Featured Image

Varsity Technologies’ transition to a fully electric vehicle (EV) fleet marked a significant milestone in its sustainability journey. The decision to start with Chevrolet Bolts in 2020 was driven by their affordability and cost-effective insurance rates compared to other EVs, notably Tesla. However, this transition was not without its challenges, providing valuable lessons on the complexities of switching to an all-electric fleet. This section explores the hurdles faced and the insights gained through this ambitious shift.

Range and Real-World Performance

One of the initial challenges encountered was the discrepancy between the Chevrolet Bolt’s advertised range and its performance under actual usage conditions. While the Bolt was projected to achieve a range of 260 miles on a single charge, Varsity Technologies found that the actual range was closer to 175 miles. This significant shortfall posed logistical challenges for staff who relied on these vehicles for daily operations, necessitating more frequent charging and careful planning to avoid range anxiety.

Charging Infrastructure & Time Investment

The most significant obstacle, however, was related to the charging infrastructure and the time investment required to keep the vehicles running. Finding a working charging station often consumed up to 10% of staff time, a substantial inefficiency that impacted overall productivity. Staff frequently encountered issues such as heavy usage of charging stations, the need to relocate due to unavailable chargers, and long wait times due to slow charging speeds. These challenges highlighted the critical importance of a reliable and efficient charging network for supporting a fully electric fleet.

Evolving EV Landscape & Current Best Options

Since 2020, the electric vehicle market has evolved considerably, offering a wider range of options with improved performance and infrastructure support. Varsity Technologies’ experience has shown that among the current contenders, Tesla, Hyundai, and Kia stand out for their range, reliability, and charging network. Tesla, in particular, has emerged as the preferred option due to its superior range and the extensive, fast-charging Tesla Supercharger network. The access to and speed of Tesla’s charging stations significantly reduce the downtime associated with recharging, making it a more practical choice for business needs.

The Verdict on Tesla & Funding Considerations

Based on the lessons learned and the current state of the EV market, Varsity Technologies concludes that, as of 2024, Tesla offers the best overall solution for companies looking to transition to an electric fleet. Despite the higher initial purchase price and insurance costs compared to some competitors, the long-term benefits of range, reliability, and charging infrastructure make it a worthwhile investment. For businesses considering this transition, securing funding for Tesla vehicles is recommended to maximize the benefits of going electric.


The journey to a fully electric fleet has been a learning experience for Varsity Technologies, marked by both challenges and important insights. The evolution of the EV market and charging infrastructure over the past few years has opened up new possibilities for businesses looking to reduce their carbon footprint through sustainable transportation solutions. Varsity Technologies’ experience underscores the importance of choosing the right vehicles and factoring in the broader ecosystem of charging infrastructure to ensure the success of transitioning to an electric fleet.