Huawei Digital Power Megawatt Supercharging Solution Receives Grid Certification

Huawei Digital Power Megawatt Supercharging Solution Achieves Grid-Friendliness Certification

Huawei Digital Power Technologies Co Ltd announced that its Huawei Digital Power Megawatt Supercharging Solution has received the “Megawatt Supercharging Grid-Friendliness” certification from the China Quality Certification Centre. The certification recognizes the solution’s capability to support stable grid interaction through advanced charging technologies and energy management systems. The solution combines intelligent photovoltaic technologies and grid-forming energy storage technologies to enable efficient power management for high-power charging applications.

The certified solution adopts an integrated source-grid-load-storage microgrid architecture designed to optimize energy flow across charging facilities. It uses a grid-forming energy storage system to provide additional power support during peak charging periods while replenishing stored energy during off-peak hours. This approach enables flexible charging power regulation based on grid load conditions and improves the ability of charging infrastructure to operate under varying electricity demand scenarios.

For charging locations with limited grid capacity, the solution applies a DC-coupled energy storage architecture with dispatchable DC energy storage capabilities. This configuration helps prevent reverse power flow and reduces dependence on upstream grid capacity for high-power ultra-fast charging operations. By managing energy availability locally, the technology supports deployment of advanced charging stations in areas where conventional grid upgrades may be challenging or costly.

Advanced Energy Management Approach for High-Power Charging

The integration of intelligent energy technologies allows charging infrastructure to respond dynamically to electricity supply conditions. The grid-forming storage system improves power stability by providing controlled energy support when charging demand increases. This architecture represents an approach toward more resilient charging networks, particularly for locations requiring high charging output without extensive modifications to existing electricity infrastructure.

The certification from the China Quality Certification Centre highlights the growing focus on grid compatibility for next-generation charging solutions. As charging networks expand, technologies that combine renewable energy integration, energy storage, and intelligent power control are expected to play an important role in improving charging reliability. The solution demonstrates how advanced infrastructure can balance vehicle charging demand with available grid resources.

Frequently Asked Questions

What is Huawei Digital Power Megawatt Supercharging Solution?
The Huawei Digital Power Megawatt Supercharging Solution is an advanced charging infrastructure technology designed to combine high-power charging with intelligent energy management. It integrates photovoltaic systems, grid-forming energy storage, and microgrid architecture to regulate charging power according to grid conditions. The solution received grid-friendliness certification from the China Quality Certification Centre for its ability to support stable electricity interaction and reduce pressure on existing grid capacity during ultra-fast charging operations.