Annual Battery Capacity
About Cane
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Advanced Battery Solutions, Engineered for Global Green Mobility
Shandong Cane Power Technology Co., Ltd. is a leading manufacturing-driven enterprise specializing in high-performance e-bike battery solutions. Operating from a sprawling, solar-powered industrial park, we boast an impressive annual production capacity of over 5 million battery packs.Our core portfolio features premium lithium and advanced lead-lithium batteries, backed by strong capabilities in deep OEM and ODM customization. Utilizing a massive database of over 5,000 molds and an in-house R&D center, Cane Power serves global e-bike brands, OEMs, and distributors worldwide.We are not just a manufacturer, but a long-term strategic partner committed to delivering safe, durable, and eco-friendly energy solutions for the future.
5,000,000
5,000+
Custom Battery Molds
ISO 9001
& National Standard Drafter
Mission
To deliver safe, reliable, and highly efficient battery solutions that empower global green mobility and sustainable development.
Vision
To become a globally trusted benchmark brand and a leading innovator in the international e-bike battery industry.
From a Singular Vision to Global Power Solutions
Cane Power was founded on a deep understanding of the evolving energy demands for modern electric mobility. Starting with a relentless focus on safety and performance, we have grown into a comprehensive manufacturer, delivering highly reliable lithium and lead-lithium battery solutions for diverse global riding conditions.We believe that a superior battery must do more than just meet basic specifications—it must deliver unwavering reliability in real-world environments. For Cane Power, long-term safety, technological innovation, and responsible manufacturing will always outweigh short-term gains.Boss Story
The Team Behind the Power
Meet the dedicated professionals driving Cane Power forward. From R&D to global service, our united team combines deep engineering expertise with a passion for sustainable energy, delivering excellence you can rely on.
R&D & Engineering Team
Chen ZhirongChief Technical Officer
Mr. Chen Zhirong has been deeply involved in the battery and energy storage industry for decades, bringing extensive expertise in advanced electrochemical systems and BMS (Battery Management System) design. He specializes in optimizing power output, system matching, and ensuring absolute battery safety under complex, high-demand e-bike riding conditions.
R&D Philosophy
True technological innovation isn't just about stacking capacity parameters; it's about delivering uncompromising safety and stability for every ride.
Guo YifengTechnical Director
Professor Guo Yifeng has been dedicated to advanced battery materials research since the 1990s. With a strong focus on cell formulation, structural safety, and cycle life analysis, he is a key contributor to the development of lead-lithium and high-performance e-bike battery technologies in China.
R&D Philosophy
Our goal is simple: to engineer batteries that run further, last longer, and deliver safer power under any real-world condition
Certifications & Recognition
Cane Power adheres to the highest manufacturing and quality control standards. As an ISO-certified enterprise and the lead drafting unit for lead-lithium battery group standards, we guarantee long-term safety and stability for all electric mobility solutions.
Sustainability & Responsibility
Cane Power is dedicated to empowering global green mobility. We promote sustainability through eco-friendly battery formulations, low-carbon manufacturing processes, and extended cycle life technologies.
Eco-Friendly Materials
Selecting highly recyclable raw materials and optimizing lead-lithium formulations to minimize environmental impact and resource consumption at the source.
Green Manufacturing
Utilizing solar-powered facilities and energy-saving automated production lines to build a low-carbon, intelligent battery manufacturing system.
Extended Cycle Life
Deepening R&D in battery durability and smart management to maximize the lifespan of every e-bike battery, significantly reducing electronic waste.
