By applying innovative sodium-ion technology, we created a high-security, environmentally friendly, cost-effective and highly efficient energy storage system. It does not catch fire or explode. It intelligently manages the flow of energy, empowering green and low-carbon lifestyles and ushering in a new era of sustainable smart energy.
Focus on providing support for the development of sodium and lithium battery industries, build an integrated sodium battery value chain ecosystem covering R&D, materials, cells, PACK and systems.
Zmartec Focusing on providing support for the development of sodium and lithium battery industries, we aim to build an integrated sodium battery value chain ecosystem covering R&D, materials, cells, PACK, and systems. We strive to become a leading provider of comprehensive new energy solutions in the industry. It is a high-tech enterprise engaged in the development of positive and negative electrode materials for sodium and lithium, as well as research on sodium and lithium batteries. Our products are applied in household energy storage, industrial and commercial energy storage, energy storage batteries for new energy vehicles, charging equipment, BMS, waste battery secondary recycling and processing, and the production of high-end battery materials.
The core team of the company has over 10 years of experience in sodium battery research and development. The research institute currently has 12 doctoral and postdoctoral researchers, focusing on the development of sodium and lithium battery material systems and the verification and iteration of new products, aiming to create sodium-ion battery products with low cost, long lifespan, high safety, high energy density, and high rate performance.
The pilot line, materials and cell research center for sodium and lithium batteries is located in Guangzhou High-tech Zone. The total area exceeds 10,000 square meters. The cylindrical battery in Yancheng has already entered mass production and batch shipment, and the 5,000-ton material base has also entered mass production.
View DetailsSam,CEO
By integrating cutting-edge technologies such as digital technology, power electronics technology, new materials and battery technology, and energy storage technology, we provide customers with products and solutions including photovoltaics, energy storage, electric vehicle charging and swapping, energy management, and power system equipment.
High-energy-density layered oxide Better electrochemical performance Higher theoretical capacity and low price
Control deficiency Control the surface area of the material Improve electrochemical performance
Resistant to low temperatures (-40℃) The capacity retention rate at -20℃ is over 90% High-temperature resistance cycle
Does not explode, does not catch fire High safety performance Excellent fast charging performance
Save fuel High ignition efficiency resistant to low temperature
Peak shaving and valley filling peak load and frequency regulation Improve power supply reliability