In the era of deep integration between artificial intelligence (AI) and the new energy sector, Shanghai Qiangmei Artificial Intelligence Technology Co., Ltd. (hereinafter “Star-flash Smartcharge”) has once again garnered recognition. At the 7th Pudong New Area AI Innovation Application Competition 2025—hosted by the Pudong New Area Federation of Trade Unions and other organizations—the company’s Star-Sparkle charging robot (SSCR) secured the “Pioneer Award” for its cutting-edge AI-driven dynamic energy replenishment technology and proven real-world deployment capabilities. As the sole mobile charging solution honored, the SSCR solidifies its position as a leader in the field.
AI-Powered Dynamic Energy Replenishment: Key to Technical Excellence
The SSCR’s award-winning innovation centers on its AI dispatching algorithm and intelligent energy management system. Equipped with a 104 kWh high-capacity battery and a 100 kW ultra-fast charging module, the robot employs embedded AI models to enable end-to-end intelligent operations. By analyzing historical data, the system predicts peak charging demand periods, strategically stores energy during off-peak hours, and discharges during peak times, boosting service efficiency by over 35%.
Real-World Validation: From Competition to Commercial Success
The SSCR’s technical prowess is underscored by its proven performance in live operations. At the Xianli Ultra-Fast Charging Station in Fengxian, its AI dispatching system increased service capacity by 30%, reducing average wait times to under 10 minutes during peak hours. At the Runrong Shili integrated photovoltaic-energy-storage-charging station, the robot’s energy management system synchronized with the site’s solar-plus-storage network, potentially elevating green energy utilization by 15%.
These deployments validate the SSCR’s practical value. Judges highlighted its deep integration of AI with energy infrastructure, noting it achieves not only technical breakthroughs but also a replicable commercial model. Compared to purely conceptual entries, the SSCR’s dual strengths in “AI algorithms and hardware performance” set it apart as a benchmark for “innovative applications.”
Driving Industry Transformation: An AI-Powered Charging Ecosystem Emerges
This award marks a milestone in AI’s application to charging infrastructure. As new energy vehicle adoption surges, traditional networks face efficiency bottlenecks. The SSCR’s AI-enabled mobile model offers a flexible solution, with data showing it can enhance station equipment utilization by 40% and improve energy efficiency by 25%–45%, aligning with national policies for high-quality charging infrastructure development.
A Star-Sparkle spokesperson stated that the award will accelerate advancements in AI-energy integration. Over the next six months, the company plans to optimize multi-robot collaborative dispatching, enabling intelligent fleet operations with 10+ robots. From competition stages to commercial markets, the SSCR is redefining energy networks—from static grid nodes to dynamic, intelligent energy hubs—while setting a precedent for AI’s role in the new energy sector.
