ChargePoint has unveiled the Express Solo, a new DC fast charger capable of delivering up to 600 kW to a single electric vehicle. This move positions ChargePoint ahead of Tesla’s V4 Supercharger, which currently tops out at 500 kW in the US, and signals a significant step forward in reducing charging times for electric vehicle (EV) owners.
The Express Solo is designed to serve up to four EVs simultaneously, thanks to its modular architecture. With the ability to provide any combination of power levels up to 600 kW per port, it offers flexibility for high-traffic locations. The unit also incorporates ChargePoint’s Omni Port technology, supporting both CCS and NACS connectors at each charging position, which broadens compatibility across the latest EV models.
ChargePoint highlights that the Express Solo delivers about 40% higher power density than other DC charging solutions, all while maintaining what it claims is the smallest footprint in its class. This makes the charger a practical solution for locations with limited space, such as gas stations and convenience stores. Additional features include a built-in cable theft alarm, support for contactless payment systems, and a 15-inch user interface display for an improved customer experience.
The system is built on a next-generation platform and includes options for integrated energy storage, allowing the charger to store electricity when rates are lower. There’s also a DC input for direct integration with solar panels, aligning with broader energy sustainability trends.
The Express Solo will also mark ChargePoint’s first DC fast charger to be sold across Europe, expanding the company’s international presence. According to CEO Rick Wilmer, the platform is designed to address key barriers to fast charging expansion, including grid constraints and total cost of ownership, while being ready for future energy integration needs.
From an industry perspective, ChargePoint’s Express Solo sets a new benchmark for standalone EV charging speed, directly challenging Tesla’s dominance in this area. With charging speed and convenience remaining top priorities for EV adoption, the introduction of a 600 kW solution could help accelerate the transition to electric mobility, especially at high-traffic and urban sites. As more automakers standardize on both CCS and NACS connectors, solutions like Express Solo are likely to become increasingly relevant. The real-world impact will depend on how quickly such high-speed charging infrastructure can be rolled out and integrated with local grids, but ChargePoint’s launch indicates a clear direction for the next wave of EV charging technology.
