From May 13th to 15th, 2025, the 11th China International Electric Vehicle Charging and Battery Swapping Conference, also known as the BRICS Charging and Battery Swapping Forum, was grandly held at Shanghai Auto City. Jointly organized by the Shanghai Transportation Engineering Society, China Charging Pile Network, the 100-People Committee of Charging and Battery Swapping, and the Photovoltaic-Storage-Charging-Swap Industry Alliance, the conference attracted numerous experts, scholars, enterprise representatives, and other professionals from across the country. Together, they explored the development trends, technological innovations, and cooperation opportunities in the charging and battery swap industry.

Tiamaes Technology was invited to participate in this prestigious industry conference and delivered a keynote speech at the Data-Driven Innovation and Development Forum for Charging and Battery Swapping Models. Xing Jin, the Market Director of Tiamaes Technology, presented a groundbreaking speech titled "Scientific Operation and Management of Bus Charging and Battery Health Detection Empowered by Big Data." For the first time, he unveiled an integrated solution for charging operation management and battery health detection in bus scenarios, breaking through the traditional boundaries of charging management. By leveraging digital and intelligent empowerment, the solution aims to reduce costs and increase efficiency for enterprises' new energy management while ensuring the safety control of new energy vehicles.
Summary of the Features of Tiamaes Technology's Charging Operation Management and Battery Inspection Solution
Refined Management of Charging Scheduling to Help Enterprises Reduce Costs and Increase Revenue
Charging scheduling revolutionizes enterprise operations, creating dual value through time-sharing reuse. By adopting a dual-mode approach of "self-use optimization + external services," enterprises can achieve "dual-purpose charging piles." During the day, precise charging is carried out to meet operational needs, while at night, energy is stored during off-peak hours to efficiently respond to the energy replenishment needs of social vehicles. This not only ensures the essential needs of bus operations but also opens up new sources of public revenue, establishing an optimal balance point for the operation of new energy charging stations.
Precise Control through Automatic Reconciliation to Ensure Every Electricity Bill is Traceable
When efficient operation meets intelligent reconciliation, charging services are further enhanced. The innovative charging reconciliation collaboration function can automatically match orders with financial transactions, detect abnormal records in seconds, eliminate financial loopholes, and make every charging record traceable. Clear and visible cost details ensure transparency, constructing a highly reliable and transparent green travel ecosystem. Additionally, Tiamaes has independently developed a charging mini-program that seamlessly connects with traffic-generating platforms to achieve resource interconnection and automatic reconciliation.
Safety Early Warning for Battery Inspection to Safeguard the Full Lifecycle Management of Batteries
Tiamaes Technology's battery fault detection and early warning system, driven by "real-time battery early warnings + in-depth cloud-based analysis," shifts battery safety from passive protection to active prevention. It simultaneously generates battery health assessment reports, transforming complex technical parameters into visualized operation and maintenance guidelines. This provides a reliable solution for battery safety control in China's new energy buses.
Commitment to Innovation and Sustainable Development
Tiamaes Technology will continue to adhere to the philosophy of "technological innovation, serving transportation." By providing robust technological support for the high-quality development of green transportation, Tiamaes enables limited investments and vast amounts of data to drive unlimited value.
Source : www.chinabuses.org
Editor : David
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