Key facts
- Workplace EV charging utilization above 30% can result in drivers unable to find open chargers.
A new report highlights that electric vehicle charging infrastructure, particularly at workplaces, is nearing a critical utilization point. Exceeding 30% utilization can lead to drivers being unable to find open chargers, potentially frustrating EV adoption. ChargePoint is developing cheaper bidirectional charging solutions, but standardization is needed before widespread vehicle-to-grid technology becomes common.

The increasing utilization of EV charging infrastructure highlights a potential bottleneck for electric vehicle adoption. If drivers frequently cannot find available chargers, it could lead to frustration and slow down the transition to EVs. The development of more affordable bidirectional charging could offer new revenue streams and grid stability benefits, but standardization is crucial for thes
A report indicates that electric vehicle charging infrastructure, particularly in workplace settings, is approaching a utilization limit that could hinder adoption. According to Wilmer, a workplace scenario with five-day, eight-hour workdays sees drivers unable to find an open charger when utilization exceeds 30 percent. This situation can arise when companies install chargers to meet employee demand, leading to more employees purchasing EVs, which in turn increases charger demand beyond capacity.
ChargePoint has introduced a new line of more affordable and powerful Level 2 chargers for the North American market. The company is also collaborating with Eaton, integrating its smart breaker technology to facilitate bidirectional charging. This development aims to make vehicle-to-home (V2H) solutions more accessible for consumers, enabling them to power their homes during outages. More advanced vehicle-to-grid (V2G) applications, where EVs can send energy back to the grid, are also envisioned.
However, Wilmer believes that widespread V2G adoption hinges on greater standardization within the automotive industry and among electrical utilities. A key requirement is the availability of AC bidirectional-capable vehicles, as most current EVs only support DC bidirectional charging. DC bidirectional solutions for homes are currently expensive and physically large, making AC bidirectional capability in vehicles a necessary step for broader consumer acceptance.