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Battery Technology
US Technology is an energy company specializing in the research, development, and production of advanced battery technologies. With over a decade of experience in the lithium battery industry, our core team brings deep expertise and unique insight into battery innovation. Anticipating future energy trends, we have strategically shifted our R&D focus to sodium-ion and solid-state batteries — two technologies poised to become the dominant solutions in next-generation energy storage.
Battery Types Covered
| Lead-Acid Battery (1859) | Nickel-Cadmium (Nicd) Battery (1899) | Lithium-lon Battery (1980s-1991) | Sodium-lon Battery (1980s-Present) | Solid-State Battery (1980s-Present) |
| Invented by Gaston Planté, known as the first rechargeable battery | Invented by Waldemar Jungner, noted for improved performance but environmental hazards. | Contributors include John B. Goodenough, Rachid Yazami, and Akira Yoshino,commercialized by Sony, and recognized for high energy density and lightweight design. | Presented as a re-emerging, sustainable alternative to lithium-ion, emphasizing abundant materials and lower cost. | Michel Armand proposes polymer electrolytes Toyota unveils sulfide-based prototype CATL: Semi-solid-state batteries in Zeekr EVs (2024) |
Advantages
| 1.Low Cost 2.Reliable and Proven Technology 3.High Surge Currents 4.Easy to Manufacture and Recycle 5.Wide Availability 6.Tolerant to Overcharging 7.Variety of Sizes and Configurations | 1.High Discharge Rate 2.Good Low-Temperature Performance 3.Fast Charging Capability 4.Robust and Durable 5.Simple Charging Process | 1.High Energy Density 2.Long Cycle Life 3.Low Self-Discharge Rate 4.Light Weight 5.Wide Operating Temperature Range | 1.Abundant and Low-Cost Materials 2.Environmental Friendliness 3.Safe Chemistry 4.Better Low-Temperature Performance 5.Comparable Lifespan 6.Scalability for Grid Storage 7.No Cobalt or Nickel 8.Similar Manufacturing Processes with existing lithium-ion battery | 1.Higher Energy Density 2.Improved Safety 3.Longer Lifespan 4.Wider Operating Temperature Range 5.Faster Charging Potential 6.Reduced Risk of Dendrite Formation 7.Compact Design 8.Environmental Benefits |
Dedicated to providing the optimum materials and solutions regarding to different projects
Each battery can be customized in terms of voltage, capacity, dimensions, and enclosure design, ensuring optimal performance and compatibility for each specific use case.
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