VPP Virtual Power Plant

Aggregated Distributed Energy Resources・Participating in Grid Services

The VPP Virtual Power Plant Aggregation Platform has integrated cloud APIs from multiple leading brands of energy storage equipment. VPP operators only need to connect to Xuheng's unified scheduling interface to achieve precise charging and discharging control, real-time status monitoring, and millisecond-level alarm notifications for multi-brand energy storage devices. This efficiently aggregates distributed energy assets, deeply participates in grid peak shaving, frequency regulation, demand response, and other auxiliary services, maximizes the value of energy assets, and opens up new revenue growth opportunities.

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Scene Background

Decentralized energy assets cannot individually participate in grid dispatch. Additionally, the lack of interoperability among multi-brand equipment communication protocols, coupled with the grid's extremely high real-time requirements for dispatch, makes it difficult for VPP operators to efficiently aggregate resources. This prevents collective discharge during peak load periods and energy storage during off-peak periods, resulting in missed revenue opportunities and hindered asset value appreciation.

Pain Points

High barriers to multi-brand access

Device protocols are not interoperable, integration costs are high, cycles are long, making it difficult to efficiently aggregate resources.

Difficulty in meeting dispatch response standards

Grid services have high requirements for real-time performance and scale; manual dispatch cannot meet them, leading to missed revenue opportunities.

Delayed status awareness

Unable to grasp device status in real-time, insufficient dispatch accuracy, affecting service and revenue.

Application Cases

Australia VPP Virtual Power Plant Project

Australia