Small Power, Big Deeds: The True Trump Cards of Chinese Lithium Battery Globalization Hidden in This Chongqing Seminar

September 17, Chongqing. On the eve of the opening of the 24th China International Motorcycle Expo, Xingheng Power organized a gathering—a Seminar on Small Power Lithium Battery Technology Achievement Sharing and Technology Development Trends under the AI Wave. Academicians, experts from the Chinese Academy of Engineering, Fudan University, Sichuan University, Chongqing University, NUS Suzhou Research Institute, along with industry representatives, gathered together.

At first glance, it is a technical seminar; upon closer inspection, this is a collective disclosure of Chinese small power lithium batteries transitioning from “manufacturing-driven” to “intelligence-driven.”

Small Power, How Big of a Deed is It?

Two-wheelers are the most efficient short-distance travel mode. This is not sentiment, it is a necessity. The growth rates of domestic sales and exports of Chinese electric motorcycles continue to rise. Southeast Asia, Africa, Latin America, the demand certainty of these markets is extremely strong. Compared to fuel motorcycles, the Chinese electric two-wheeler industry has greater advantages in global expansion services—standardized service systems, mature supply chains, extreme cost-effectiveness, these are all core strengths.

And lithium batteries are the core supporting all this competitiveness.

Xingheng Power Chairman Feng Xiao said a sentence: “Small Power, Big Deeds.” This statement holds true. Xingheng’s lithium batteries have already entered Southeast Asia, Africa, and Latin America first, bringing high cost-performance Chinese lithium battery products to the “Belt and Road”沿线. This is not simple product export, it is a deep integration of “Chinese technology, local flavor” and “Chinese genes, local carriers”—To local, in local, for local.

Battery + AI, Not a Gimmick, But a Dimensional Upgrade

At the seminar, the density of technology sharing was very high, but the main thread was clear: battery technology itself is evolving, and AI is accelerating this process.

Xingheng CTO Wang Zhengwei presented the idea of “Source Improvement + System Enhancement”, the Manganese-based battery technology iteration path is clear—greater capacity, stronger power, lower cost, faster charging, higher intelligence and standardization. This is collaborative innovation from material genes to system levels.

Sichuan University Associate Professor Wang Caihong brought an interesting direction: embedding temperature-responsive materials into the battery system, letting the battery identify early overheating and respond actively. Battery safety changes from “external passive monitoring” to “intrinsic active response”, this is a paradigm-level leap.

How does AI land? Dr. He Peng from NUS Suzhou Research Institute showed how AI promotes material R&D from “experience-based trial and error” to “data-driven”. Fudan University Dr. Xu Zhengchuan proposed that AI is moving from content generation tools to agents for scientific discovery and engineering decision-making, future material screening and process optimization will greatly shorten the industrialization cycle.

Academicians’ Direction: Technology Ultimately Points to Humans

Chinese Academy of Engineering Academician Chen Qingquan’s sharing set the tone for this seminar. He said we are at the intersection node of the 3rd and 4th Industrial Revolutions, the Energy Revolution moves towards new energy, the Transportation Revolution moves towards electrification and intelligence, AI is the core engine. But he emphasized a key phrase: technology ultimately points to humans. Regardless of how materials and AI evolve, finally it must make batteries safer, more reliable, and economic.

He also mentioned “Three Aspects”: Look Forward, Look Backward, Look Downward. Forward-looking vision insights trends, historical experience avoids detours, practical implementation tests value. Dialectical innovative thinking coordinates development and security, present and long-term.

An Industry New Ecosystem is Taking Shape

The value of this seminar lies not in a single-point technology breakthrough, but in that it presents a trend: a new industry ecosystem of collaboration co-creation among universities, research institutions, and enterprises is accelerating formation.

Xingheng stated clearly: persist in the small power main channel, client needs-oriented, transform technical innovation into better products, this cannot be separated from the collaboration of industry, academia, and research. Industry collaboration, model innovation, co-promote new standards—let Chinese lithium batteries serve global users.

When battery technology innovation and AI paradigm changes collide in the same arena, the small power lithium battery industry is standing on a new starting point. Chinese lithium battery enterprises have already formed global leading advantages in technology accumulation and application scale. The next step is to transform this advantage into global market standards and service capabilities.

Small Power, Big Deeds. This is not a slogan, but a fact that is happening.