Core Technical Achievements
1. Efficiency Breakthrough
The newly developed flow battery system achieves an energy conversion efficiency of 92.3% under laboratory conditions, significantly surpassing the industry average of 80-85%. Its cycle stability exceeds 20,000 charge-discharge cycles with less than 1% capacity decay.
2. Safety & Environmental Features
Utilizing non-flammable aqueous electrolytes and biodegradable organic compounds, the technology eliminates explosion risks and reduces environmental impact. Field tests confirmed zero toxic emissions during operation.
3. Grid Application Performance
In a 100MW/400MWh demonstration project, the system maintained 96.7% availability during peak shaving operations and reduced grid frequency fluctuations by 41% compared to conventional storage solutions.
Certification Significance
· Regulatory Validation
The National Energy Administration (NEA) certification confirms compliance with China’s Technical Guidelines for Grid-Scale Storage Systems (GB/T 36276-2025), paving the way for national deployment.
· Industrial Impact
As China accelerates its 2025-2030 energy transition roadmap, this technology addresses critical bottlenecks in renewable integration and peak load management.
Forward-Looking Developments
The research team is collaborating with power utilities to establish a 1GWh production line, with commercialization expected in Q1 2026. Pilot projects will be launched across three national clean energy bases in Inner Mongolia, Qinghai, and Xinjiang.
