Case Study

ChargePoint & DBT USA at CES 2013

In December 2012, DBT USA announced shared participation with ChargePoint at the 2013 Consumer Electronics Show in Las Vegas. The collaboration showcased joint EV charging station innovation, including the new Level II GNS station featuring a stainless steel "4 in 1" design unveiled at the event.

The shift toward electric mobility is reshaping how organizations think about transportation infrastructure. For fleet operators and workplace managers, installing reliable charging stations is no longer a future consideration but a present-day operational need. A well-planned charging network can support daily vehicle rotations, reduce downtime, and contribute to broader sustainability goals without disrupting existing workflows. The key lies in matching hardware capabilities to actual usage patterns rather than simply adding capacity for its own sake.

Every successful charging project begins with a clear assessment of how vehicles will be used throughout the day. Understanding peak demand windows, typical dwell times, and vehicle types helps determine whether Level II or Level III charging makes the most sense. Fleet depots often benefit from overnight charging strategies, while public-facing stations may require faster turnaround to serve a rotating stream of drivers. These usage profiles shape everything from equipment selection to software configuration.

Hardware reliability sits at the foundation of any durable charging deployment. Stations exposed to weather extremes, heavy usage cycles, and varying power conditions must be engineered for resilience. The difference between a system that performs consistently and one that requires frequent servicing often comes down to the quality of components and the rigor of manufacturing standards applied during production. Long-term uptime depends on decisions made long before the first vehicle plugs in.

Software and network control have become just as important as the physical charging unit itself. Modern stations connect to management platforms that allow operators to monitor session data, control access, and generate usage reports in real time. This visibility transforms charging from a simple utility into an asset that can be tracked, optimized, and integrated with broader energy management strategies across an organization.

Public charging infrastructure carries its own distinct set of requirements. Visibility, ease of access, and intuitive user interfaces matter tremendously when serving a diverse driver population. Stations placed in municipal lots, retail centers, or curbside locations must communicate availability clearly and support multiple payment methods. The user experience at the point of charge directly influences adoption rates and public perception of electric vehicle practicality.

Workplace charging programs have emerged as a powerful tool for employee retention and corporate responsibility initiatives. Providing reliable charging during the workday removes a significant barrier for employees considering electric vehicle ownership. The presence of workplace stations also signals organizational commitment to forward-looking infrastructure, which can strengthen brand perception among both current staff and prospective talent.

Maintenance and servicing structures deserve careful attention during the planning phase. Even the most robust hardware requires periodic inspection, firmware updates, and occasional component replacement. Establishing a clear servicing framework from the outset ensures that any issues are addressed promptly and that station uptime remains high. Proactive maintenance models consistently outperform reactive, break-fix approaches in total cost of ownership calculations.

The project lifecycle extends well beyond the initial installation date. From site assessment and electrical infrastructure evaluation through commissioning, training, and ongoing support, each phase contributes to the long-term success of a charging deployment. Organizations that approach charging as a comprehensive program rather than a one-time capital purchase tend to achieve better outcomes across reliability, user satisfaction, and operational efficiency.

As electric vehicle adoption accelerates across North America, the demand for thoughtfully designed charging infrastructure will only intensify. Municipalities, commercial property owners, and fleet operators alike are navigating a rapidly evolving landscape of vehicle models, charging standards, and incentive programs. Building on decades of industry experience helps ensure that today's installations remain relevant and adaptable as technology continues to advance.