As the global energy landscape undergoes transformation and upgrading, the research, development, and application of new‑energy materials have become a key driver of sustainable development. Taizhou Shaneng Technology Co., Ltd. (hereinafter referred to as Shaneng Technology), a leader in the field of new‑energy materials, is spearheading the industry’s future with its cutting‑edge lithium titanate technology.

I. Innovation-Driven, Technology-Led

       Shanneng Technology was founded in July 2021 and is a company focused on… Lithium titanate anode material A high-tech enterprise engaged in the research, development, manufacturing, and sales of advanced materials. The company not only offers lithium titanate (LTO) and titanium niobate (TNO) anode materials for various applications, but also provides titanium-based modified additives, including ultrafine lithium titanate powder and lithium aluminum titanium phosphate (LATP).

II. Main Products and Their Features

III. Performance Comparison with LTO Competitors

IV. Team Introduction

       Shanneng Technology is led by Professor Ruan Dianbo, a national expert under the “Hundred-Thousand-Ten-Thousand Talents” program, and brings together a specialized R&D team of PhDs and masters, establishing state-of-the-art research laboratories. The company maintains close collaboration with the Institute of Advanced Energy Storage Technologies and Equipment at Ningbo University, building… “ Government–Industry–Academia–Research–Application ”  A collaborative innovation system that bridges the gap between technological R&D and industrial implementation. Shanneng Technology With a spirit of innovation that constantly strives to surpass itself, sustained innovative capabilities, and robust technical expertise, we continuously drive the transition from traditional energy sources to new energy, accelerate the energy revolution, and endeavor to become the world’s most trusted supplier of power‑safe lithium‑ion battery materials.

V. Products Core Advantage

1 , Excellent machinability

Surface modification of materials and micro‑/nanoscale spherical design enhance slurry dispersibility, thereby improving processing efficiency; meanwhile, optimizing particle size distribution boosts electrode sheet peel strength and compaction density.

2 , Low magnetic foreign matter content and high consistency

By employing wet‑process nanomilling and multi‑stage demagnetization, we enhance the morphological uniformity of raw materials, reduce the content of magnetic foreign particles, and improve product consistency.

3 , low gas generation and long cycle life

Surface modification and functionalization reduce interfacial side reactions, decrease gas evolution, and enhance cycling performance.

4 , Excellent low-temperature and rate performance

The micro‑ and nanoscale spherical design, combined with optimized pore distribution, enhances lithium‑ion migration kinetics, reduces the diffusion path length and the internal charge‑transfer resistance at low temperatures, thereby improving performance under low‑temperature conditions and high‑rate charging.

    Lithium titanate batteries, with their high safety, exceptional low-temperature performance, and high power output, demonstrate broad application potential across multiple sectors, including the energy storage and frequency regulation market, the high‑safety energy storage market, ultra‑low‑temperature applications, public transportation, and the defense industry. Currently, Shaneng Technology The product has been applied in the following fields: energy storage for frequency regulation (large-scale energy storage–based frequency regulation power supply), high‑power energy storage power supplies, AIDC Energy storage, ultra-low-temperature energy storage power supplies (for Antarctic scientific expeditions), low-temperature, high-safety home energy storage systems, battery-swapping for delivery riders (featuring fast charging, low-temperature performance, and long lifespan), low-temperature environments ( -40℃ ) AGV Power supplies, electric buses for cold‑climate regions, mobile charging vehicles for densely populated areas (with high safety standards), backup power sources for urban rail transit, and applications in the defense industry.