China's Largest Electrochemical Energy Storage Project Launched by SINEXCEL

Overview

China has officially completed the installation of all storage units for its largest electrochemical energy storage project, featuring a capacity of 600MW and 2400MWh. This monumental project marks a significant step towards its operational commencement and integration into the electrical grid.

Project Specifications

Located in Shenzhen, the project utilizes 240 battery containers and 60 Power Conversion System (PCS) skids provided by SINEXCEL, specifically the 1725kW PCS model. Once fully operational, it is forecasted to deliver approximately 840 GWh of renewable energy annually to the national grid, sufficient to meet the daily power needs of 480,000 households or facilitate 36,000 electric vehicles capable of a range of 500 km on a single charge.

Renewable Energy Integration

This project is pivotal as it serves as China's first ultrahigh-voltage transmission initiative that includes wind, solar, thermal, and storage capabilities. SINEXCEL exhibits its commitment to enhancing renewable energy deployment and stability through this endeavor. The integration of solar resources from the Ningxia region, coupled with storage solutions, addresses any bottlenecks in renewable energy supply, fostering grid stability and improving energy management.

Technological Advancements

The 1725kW PCS, equipped for both central and string configurations, boasts a modular architecture that supports scalability from 215kW to 1.72MW per unit. The technology combines numerous advantages that facilitate compatibility with various battery types, making it versatile across extensive storage scenarios, including commercial installations and microgrids. With a peak efficiency reaching up to 98.5%, the PCS also enhances battery protection through advanced multi-string technology, ensuring a reliable energy supply.

Global Presence and Future Prospects

SINEXCEL has successfully installed over 12GW of storage capacity across more than 5,000 locations worldwide. Their robust infrastructure extends to more than 40 countries, reinforcing their versatility and reliability in providing energy solutions for utilities and commercial interests alike.
Moreover, the quick response time of 10 ms ensures real-time grid balancing, complying with the essential standards in multiple regions, including North America, Europe, Japan, and Australia.

Conclusion

The successful completion of this major storage project underscores SINEXCEL's technical strengths and steadfast dedication to fostering a more sustainable energy future. Their ongoing collaborations with industry leaders like EVE Energy and Schneider Electric are crucial in advancing global energy independence and resilience. As the energy landscape evolves, SINEXCEL is poised to play a vital role in shaping a reliable and efficient renewable energy network for years to come.