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ZL301
- Product Description
-
- Commodity name: ZL301
- Application Areas: Other Batteries,ESS,Power Battery
- Product Type: Regenerative products
- Product Characteristics: Long cycle
- 型号: ZL301
- D50（μm）: 0.7±0.3
- 粉体压实(g/cm³): ≥2.30
- C（%）: 1.6~1.8
- 比表面(m²/g): 10.5±1.5
- 粉末电阻率（Ω·cm）: ≤25
- 0.1C首充容量(mAh/g): ≥157
- 0.1C首效（%）: ≥95
- 0.1C首放容量 (mAh/g): ≥154
Efficient regeneration</br> Green and environmentally friendly</br> Super cost-effective
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)
Regenerative ZL301 Long cycle ≥2.30 ≥157 ≥154 
Efficient regeneration
Short cycle time and high compatibility
Green and environmentally friendly
The first fire regeneration process in the industry
Less environmental pollution than ordinary thermal recycling process
Super cost-effective
Using waste lithium iron phosphate as raw material for regeneration, helping customers to effectively reduce costs
Application
Economic energy storage power supply
E2W
Energy storage base stations
Special power supply
ZL301 Long Cycle Regenerative LFP: A Sustainable material for Versatile Energy Applications
In the quest for sustainable and efficient energy solutions, the ZL301 long cycle regenerative Lithium Iron Phosphate (LFP) cathode material emerges as a front-runner. This innovative material not only promises high performance but also aligns with eco-friendly practices, making it an ideal choice for a wide range of energy applications.
Unveiling the Features of ZL301
One of the standout attributes of ZL301 is its impressive first charge capacity of ≥157 mAh/g and a discharge capacity of ≥154 mAh/g. These metrics ensure that the material can store and deliver significant amounts of energy, making it suitable for various demanding applications. It boasts an efficient regeneration process that sets it apart in the realm of sustainable materials.
The utilization of waste LFP as raw material in the production of ZL301 is a testament to its cost-efficiency and environmental consciousness. By repurposing discarded LFP, this innovative approach not only reduces the overall costs associated with raw material sourcing but also minimizes the environmental footprint. This circular economy model ensures that the long cycle regenerative LFP maintains its high performance while being gentle on the planet.
Another groundbreaking feature of ZL301 is its industry-first fire regeneration technology. Unlike traditional thermal recycling methods that often come with a hefty environmental toll, this advanced technique significantly curtails any negative ecological impact. By opting for a more sustainable recycling process, ZL301 paves the way for greener industrial practices without compromising on quality or performance.
High compatibility is yet another feather in the cap for ZL301. Its adaptability to diverse applications, especially those with short cycle times and stable output requirements, makes it a versatile solution for various sectors. Whether it's powering grid-scale storage systems or ensuring uninterrupted telecom operations, ZL301 stands ready to meet the demand.
Applications Across the Spectrum
ZL301's economic viability and environmental benefits make it an attractive proposition for several key areas:
1. Economic Energy Storage Power Supply: As the world transitions towards renewable energy sources, the need for efficient grid-scale storage solutions becomes paramount. ZL301 addresses this requirement by offering a cost-effective and reliable energy storage option. Its ability to lower costs without sacrificing performance makes it an ideal choice for utilities and energy providers.
2. Electric Two-Wheelers (E2W): Urban mobility is undergoing a transformation with the rise of electric scooters and bicycles. ZL301 plays a crucial role in this space by enabling the manufacture of durable, long-lasting batteries. These batteries not only offer superior performance but also contribute to reducing carbon emissions in urban centers.
3. Energy Storage Base Stations: Telecom infrastructure relies heavily on uninterrupted power supply. ZL301 steps up to the plate by providing a dependable backup power source. Its high compatibility and stable output make it perfect for ensuring seamless operation of telecom networks, even during power outages or in remote locations.
4. Special Power Supply: In remote or industrial settings where access to reliable power can be a challenge, ZL301 shines through. Its robust performance and compatibility with various equipment make it an ideal choice for powering critical devices and machinery. From off-grid installations to specialized industrial applications, ZL301 proves to be a versatile and trustworthy energy solution.
A Smart Choice for Sustainable Energy Storage
The ZL301 long cycle regenerative LFP cathode material represents a harmonious blend of innovation, sustainability, and performance. By leveraging waste materials, adopting green processes, and ensuring high compatibility across diverse applications, it offers a holistic solution for modern energy needs. As we navigate towards a future that prioritizes sustainability and efficiency, ZL301 stands out as a smart choice for powering our world in a greener and more economical manner.
Keywords： ZL301
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