63Ah 3.6V Solid State Battery Cell Long Life Solid Polymer Battery Used In Electric Vehicle
63Ah 3.6V Solid State Battery Cell Long Life Solid Polymer Battery Used In Electric Vehicle
Basic Properties
Country Of Origin
China
Brand Name
CLITION
Certificate
MSDS, UN38.3
Trading Properties
MOQ
100
Unit Price
Get A Quote
Payment Method
T/T
Supply Capacity
1000/month
Product Summary
3.6V 63Ah Polymer Solid Battery with 360Wh/kg energy density, 1000-cycle life, and enhanced safety using solid electrolyte technology. Customizable dimensions for EVs and industrial applications.
Product Details
Highlight:
63Ah Solid State Battery Cell
,3.6V Solid State Battery Cell
,Long Life Solid Polymer Battery
Name:
Solid State Battery Cell
Nominal Voltage:
3.6V
Nominal Capacity:
63Ah
Nominal Energy:
226.8Wh
Cycle Life:
1000 Times
Energy Density:
360Wh/kg
Dimension:
Custom
Application:
EVs
Battery Type:
Semi-Solid
Product Description
3.6V 63Ah Polymer Solid Battery Long Life Used In Electric Vehicle
Product Overview
The 3.6V 63Ah Polymer Solid Battery is a high-capacity advanced energy storage solution designed with polymer-based solid electrolyte technology. It delivers excellent energy density, enhanced safety, and long-lasting performance, making it suitable for demanding industrial and high-performance applications.
This battery provides stable and reliable power output while maintaining a compact and lightweight structure. The polymer solid-state design improves thermal stability and significantly reduces safety risks such as leakage, swelling, and thermal runaway compared to traditional lithium-ion batteries.
Engineered for efficiency and durability, the Polymer Solid Battery is ideal for applications requiring high energy storage, long cycle life, and dependable performance under various environmental conditions.
Technical Specifications
| Battery Materials | NCM |
|---|---|
| Nominal Voltage | 3.6V |
| Nominal Capacity | 63Ah |
| Nominal Energy | 226.8Wh |
| Energy Density | 360Wh/kg |
| Dimension | Customizable |
| Cycle Life | RT 1000@80% |
Key Features
- Advanced polymer solid-state electrolyte technology
- High energy density for extended runtime
- Enhanced safety with reduced risk of leakage and thermal runaway
- Long cycle life with stable performance retention
- Low self-discharge rate for long-term storage efficiency
- Wide operating temperature adaptability
- Lightweight and compact structure
- Strong thermal and chemical stability
- Suitable for high-load continuous discharge application
Typical Applications
- Electric mobility systems
- Energy storage systems (ESS)
- Industrial equipment
- Robotics and automation systems
- Unmanned aerial vehicles (UAVs)
- Medical devices
- Smart infrastructure devices
- High-performance portable power systems
Performance Benefits
Extend Operating Time
- Higher energy density enables more energy storage in the same space
- Provides longer runtime for devices, vehicles, and energy systems
Enhance Safety
- Solid electrolytes reduce the risk of leakage, fire, and thermal runaway
- Improved thermal stability ensures safer operation in demanding environments
Reduce Battery Size and Weight
- Higher energy density allows for smaller and lighter battery designs
- Ideal for portable electronics, drones, and electric mobility applications
Improve Performance in Extreme Conditions
- Better thermal and chemical stability than conventional batteries
- Maintains reliable performance across a wide range of temperatures
Support Fast Charging
- Advanced battery technology enables faster charging capabilities
- Minimizes downtime and improves user convenience
Lower Long-Term Costs
- Extended service life and improved efficiency reduce total cost of ownership
- Fewer replacements and less maintenance lead to long-term savings
Safety & Usage Guidelines
Safety Precautions
- Do not disassemble, puncture, crush, bend, or modify the battery
- Do not expose the battery to fire, excessive heat, or direct sunlight
- Never short-circuit the battery terminals with metal objects
- Keep the battery away from water, moisture, and corrosive substances
- Do not use the battery if it is damaged, swollen, leaking, or emits an unusual odor
- Keep the battery out of reach of children and unauthorized personnel
Installation and Usage
- Follow the manufacturer's installation instructions carefully
- Ensure correct polarity when connecting the battery
- Avoid excessive vibration, impact, or mechanical stress during operation
- Do not connect the battery directly to incompatible devices or power systems
- Use a suitable Battery Management System (BMS) to optimize performance and safety
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