Aden Energies and Johnson Controls successfully grid-connect Wuxi energy storage project

This project is a key step in Aden Energies' "storage+solar+VPP" strategy, proving our ability to deliver integrated digital solutions for industrial decarbonization and efficiency.

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Recently, the 6MWh Battery Energy Storage System (BESS) project jointly developed by Aden Energies and Johnson Controls at the Wuxi site has successfully completed grid connection commissioning and officially entered operation. The successful grid connection marks the transition of the partnership into an operational phase for the integrated application of energy storage, photovoltaic power, and Virtual Power Plant (VPP) solutions. It also provides a valuable reference case for industrial and commercial users in East China seeking to participate in energy digitalization and power market mechanisms.

The project was independently invested in, designed, and constructed by Aden Energies, with a customized deployment tailored to the energy consumption profile of Johnson Controls’ core manufacturing base in Wuxi. Following grid connection, the system will operate through peak shaving and valley filling, discharging stored electricity during peak tariff periods and charging during off peak hours. This is expected to optimize the site’s power consumption structure and deliver an overall electricity cost reduction of approximately 12 percent. In addition, the system provides backup power capabilities, ensuring the stable and continuous operation of critical production loads in the event of grid fluctuations or outages, thereby further enhancing on site energy security.

The successful grid connection of this energy storage project represents a significant milestone for Aden Energies in deploying commercial and industrial energy storage and Virtual Power Plant applications within high end manufacturing scenarios. As a key industrial and energy hub in East China, the operational experience gained from this project will also serve as a practical foundation for the future integration of additional distributed energy resources and the development of scalable Virtual Power Plant clusters.