XPeng Megawatt Flash Charging Station Opens in Hong Kong

XPeng Megawatt Flash Charging Station Opens in Hong Kong

XPeng Inc. has opened what it describes as the world’s first X-Energy megawatt flash charging station in Hong Kong, marking the first public megawatt flash charging station in the city. The facility was jointly developed by XPeng Inc. and Halo Energy Limited and is available to owners of vehicles from all brands. The September 15 announcement places the station within Hong Kong’s expanding electric vehicle charging network while introducing a significantly higher charging power level than most existing public infrastructure. The development combines megawatt-level charging hardware with an integrated energy storage system designed to provide high output without requiring a large-scale upgrade to the local power grid.

Hong Kong’s Public EV Charging Network

Hong Kong had 17,364 public electric vehicle chargers as of June 2026, according to data from the city’s Environmental Protection Department. DC fast chargers represented approximately 20% of that total, while most existing charging equipment operated within a power range of 30 kW to 120 kW. Against that infrastructure profile, megawatt-level ultra-fast charging remains relatively uncommon. The new facility therefore introduces a substantially higher power capability into the public charging network. Its availability to vehicles from all brands also means the station is not restricted to a single automaker’s customer base, expanding access to the technology beyond XPeng Inc. vehicle owners.

Megawatt Charging Station Location and Capacity

The new charging station is located at Tung Po in San Po Kong, Hong Kong, next to XPeng’s AIRSIDE flagship showroom. It is currently the only ground-level charging station in the surrounding area and contains four charging bays. One of those bays is equipped for megawatt flash charging, giving the facility a peak power output of 1,000 kW. The station was jointly built by XPeng and Halo Energy Limited, combining the companies’ infrastructure efforts at a location positioned alongside XPeng’s retail presence. The configuration provides public access while establishing a high-power charging point within an existing urban environment.

X-Energy System Enables 1,000 kW Output

The station uses XPeng’s in-house-developed 400 kWh X-Energy energy storage system together with liquid-cooled flash charging terminals. The charging terminals can deliver a maximum output current of 1,000 A, while the overall charging system reaches a peak power output of 1,000 kW. This configuration is designed to support very high charging power through a combination of stored energy and specialized charging equipment. Instead of relying entirely on instantaneous power drawn from the grid, the system can use energy stored in its dedicated storage unit to provide the high output required for megawatt-level charging. The technology therefore integrates energy storage directly into the charging infrastructure.

Charging Infrastructure Avoids Large-Scale Grid Upgrades

XPeng’s X-Energy energy storage and flash charging solution is designed to reach megawatt-level output without requiring large-scale upgrades to Hong Kong’s power grid. The system connects to the grid at no more than 240 kW and uses stored energy to supplement that input when high-power charging is required. This approach separates the station’s peak charging output from the maximum instantaneous grid connection requirement. By drawing energy from storage and then boosting the available charging power to the megawatt level, the system can support ultra-fast charging while maintaining a comparatively lower grid connection capacity. The configuration is particularly relevant to urban charging infrastructure where increasing grid capacity can present additional requirements.

XPeng X-Energy Charging Station Specifications

The station combines four charging bays with a dedicated megawatt flash charging bay and an integrated energy storage system. The following specifications summarize the infrastructure and power characteristics announced for the Tung Po facility, including its location, charging capacity, storage capacity, maximum current, and grid connection requirement. These figures describe the system as announced by XPeng for the newly opened public charging station in Hong Kong and distinguish the megawatt charging capability from the station’s lower grid connection requirement.

Industry Impact & Outlook

XPeng’s deployment demonstrates how integrated energy storage can be used to introduce megawatt-level public charging without matching the charging station’s peak output with an equally large grid connection. For Hong Kong, where existing public chargers are predominantly rated below the megawatt level, the approach provides another infrastructure model for supporting higher-power EV charging in urban locations. The immediate significance is the combination of 1,000 kW charging capability and a grid connection of no more than 240 kW, which could reduce the grid-side capacity requirement for similar installations. Future development will depend on how this charging architecture performs in public operation and whether comparable storage-supported infrastructure is adopted elsewhere.

Frequently Asked Questions

What is significant about XPeng’s new charging station in Hong Kong?
The station is described as the world’s first X-Energy megawatt flash charging station and Hong Kong’s first public megawatt flash charging station. It provides a peak charging output of 1,000 kW through liquid-cooled charging terminals and a 400 kWh X-Energy storage system. The facility is jointly built by XPeng and Halo Energy Limited and is open to vehicle owners of all brands. Its energy storage system allows the station to connect to the grid at no more than 240 kW while using stored energy to raise charging output to the megawatt level.