Products
Products
NS701
- Product Description
-
- Commodity name: NS701
- Application Areas: Other Batteries,Power Battery
- Product Type: Sodium products
- Product Characteristics: High compact density
- 型号: NS701
- 粉体压实(g/cm³): ≥3.20
- 0.1C首充容量(mAh/g): ≥145
- 0.1C首放容量 (mAh/g): ≥132
High compact density</br> High capacity</br> High consistency</br> Superior cost
Product Features
Product Type Product Model Product Features Powder Compaction(g/cm³) 0.1C First Charge Capacity
(mAh/g)
0.1C Discharge Capacity
(mAh/g)
Sodium products NS701 High compact density ≥3.20 ≥145 ≥132 
High compact density
Compacted density >3.2g/cm3
High capacity
Enhancement of product capacity performance through scientific control of element content and calcination process
High consistency
Enhance the consistency of precursors through micro-control of precursor structure to achieve the stability of product structure and performance
Superior cost
Optimization of processes
Improve product performance
Realization of cost-effectivenessApplication
Communications base station
E2W
EV
The NS701 High Compact Density Sodium-Ion cathode represents a groundbreaking advancement in the realm of sustainable energy storage, designed to meet the rigorous demands of contemporary applications. Boasting an impressive compacted density exceeding 3.2g/cm³, this cutting-edge sodium-ion battery cathode material achieves a formidable ≥145 mAh/g first charge capacity and a robust ≥132 mAh/g discharge capacity. These exceptional attributes render it an ideal solution for high-performance energy storage needs.
Unparalleled Key Benefits
Enhanced Energy Density
Through meticulous scientific control of elemental composition and precise calcination processes, the NS701 cathode material achieves superior energy density. This enhancement ensures that more energy can be stored within a smaller volume, optimizing space and efficiency.
Structural Stability
The precursor materials undergo stringent micro-control, ensuring that the cathode maintains consistent performance over its lifespan. This structural integrity translates into reliable operation, even under varying environmental conditions and extended usage cycles.
Cost-Effective Production
Advanced optimization techniques have been employed to streamline the production process, resulting in significant cost reductions without sacrificing quality. This economic advantage makes the NS701 cathode a financially viable option for widespread adoption across various industries.
Diverse Applications
Communication Base Stations
In the telecommunications sector, reliable backup power is crucial for uninterrupted operations. The NS701 cathode provides a dependable and long-lasting power source, ensuring continuous connectivity and minimal downtime.
Electric Two-Wheelers (E2W)
For urban mobility solutions, lightweight yet high-energy-density batteries are essential. The NS701 cathode's lightweight properties coupled with its high energy density make it perfect for E2W applications, offering longer range and enhanced performance for daily commutes.
Electric Vehicles (EV)
As the electric vehicle industry continues to grow, the demand for fast-charging and long-range batteries increases. The NS701 cathode meets these requirements head-on, supporting rapid charging times and extended driving ranges, thus pushing the boundaries of existing EV technologies.
Innovative Material Composition
Crafted from Transition Metal Oxides (TMOs), the NS701 High Compact Density Sodium-Ion cathode exemplifies the fusion of innovation and sustainability. TMOs are chosen not only for their superior electrochemical properties but also for their environmental benefits, aligning with global efforts towards greener energy solutions.
NS701 High Compact Density Sodium-Ion cathode stands as a testament to technological progress in energy storage. Its unique combination of high energy density, structural stability, and cost-effectiveness positions it as a leader in the next generation of sustainable energy solutions. Whether it’s powering communication base stations, enhancing urban mobility through E2Ws, or revolutionizing electric vehicles, the NS701 cathode paves the way for a more efficient and eco-friendly future.
Keywords： NS701
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