ZDATA and Envision Energy reached a strategic cooperation to jointly build the "Source-Load Interaction Green Big Data Center Demonstration Project" based on ZDATA's Ulanqab base and Envision Energy's Ulanqab source-load storage demonstration project. Leveraging the green energy consumption advantages of the big data center, it establishes an end-to-end platform for source-load interaction. Based on the Envision Energy Smart Wind Storage Solution and the source-load interaction of ZDATA's Yaxin Data Port project, it deeply explores the regulation benefits on the demand side, explores new models of interaction between the generation and consumption sides, and jointly constructs a new type of source-grid-load-storage demonstration project. This initiative contributes to the green and low-carbon development of the entire industry, exploring new paths for carbon emissions and reductions.

The "Miyun New Generation Internet Cloud Computing Innovation Base" operated by ZDATA adopts industry-leading integrated photovoltaic and prefabrication technologies. Through the deep integration of photovoltaic monitoring with the data center monitoring system, real-time and dynamic integration of photovoltaic power generation is achieved. The photovoltaic power generation system at the Miyun base is currently the largest distributed photovoltaic power generation system in the Beijing area for data computing parks and the largest distributed photovoltaic project in Miyun to date. It meets the requirements of large-scale and rapid delivery scenarios for data centers, achieving low-carbon production and manufacturing processes. Simultaneously, the planned photovoltaic capacity for the park reaches 2196.72 kW, supplying 3 million kWh of green electricity annually, reducing carbon emissions by approximately 3000 tons, and effectively reducing peak power consumption in data centers.

ZDATA developed and implemented the "Light Storage and Charging" integrated system in the Yanggao project. This system achieves a basic balance between local energy production and energy load through energy storage and optimized configuration. On one hand, the distributed photovoltaic power generation system provides "green electricity" for new energy vehicles in the park, alleviating the impact on the local power grid during high-current charging at charging stations. On the other hand, the integrated "Light Storage and Charging" system utilizes energy storage during the night, supplying power to charging stations during peak charging periods, achieving peak shaving and valley filling. This not only addresses the intermittent and unstable issues of renewable energy generation but also saves distribution capacity expansion costs. The system is relatively independent and flexible, interacting with the public power grid as needed, minimizing reliance on traditional energy sources.