Recommended Battery Model: NaCR32140-10000

Parameter information

With the growing emphasis on sustainable tourism and green transportation, sodium-ion battery technology has become an innovative energy solution for tourist sightseeing vehicles. The NaCR32140-10000 battery model, featuring excellent energy density, stability, and long cycle life, provides a reliable and eco-friendly power source for electric sightseeing buses, trams, and small tourist shuttles.

Product Overview

The NaCR32140-10000 Sodium-ion Battery is a high-performance cell designed for medium- and large-scale energy storage and electric mobility applications. With a nominal capacity of 10000mAh and a nominal voltage of 3.05V, it delivers consistent power output and superior safety. Its low internal resistance (≤3mΩ) ensures minimal energy loss and efficient current delivery, while the maximum discharge current of 3C supports high-power demand during acceleration or climbing conditions — ideal for sightseeing vehicles operating in diverse terrains.

Performance Advantages in Sightseeing Vehicles

1. Long Cycle Life
The NaCR32140-10000 cell demonstrates excellent durability, with over 3000 cycles at 0.5C/0.5C and over 1500 cycles at 0.5C/2C, ensuring stable long-term operation. For sightseeing fleets, this means reduced maintenance costs, extended battery replacement intervals, and higher overall reliability during daily operations.

2. High Energy Efficiency and Fast Response
Tourist sightseeing vehicles often require frequent stops and starts, especially in scenic areas or urban attractions. The sodium-ion battery’s high discharge capability and fast energy recovery performance make it ideal for such driving conditions, enabling smooth acceleration and efficient regenerative braking.

3. Excellent Safety and Thermal Stability
Safety is critical for public passenger vehicles. Sodium-ion chemistry offers inherent thermal stability and low risk of thermal runaway, even under extreme temperatures or overcharging conditions. This ensures safe operation in outdoor environments, including hot summer climates or cold mountain regions.

4. Cost-Effective and Environmentally Friendly
Compared with traditional lithium-ion batteries, sodium-ion batteries rely on abundant and low-cost raw materials, significantly reducing the overall cost of battery packs. Additionally, sodium-based systems are more environmentally sustainable, supporting global carbon neutrality goals in the tourism industry.

Typical Applications in Tourist Sightseeing Vehicles

Electric Sightseeing Buses: Providing continuous power for full-day operations in parks, resorts, and scenic areas.

Tourist Trams and Shuttles: Offering quiet, zero-emission transportation within city attractions and cultural sites.

Mountain or Coastal Tourist Vehicles: Maintaining reliable performance under changing gradients and temperature conditions.

Resort and Theme Park Vehicles: Supporting safe and efficient transport for visitors while reducing operational emissions.

Benefits for Tourism Operators

Reduced Operating Costs: The long cycle life and low degradation rate minimize replacement frequency and downtime.

Enhanced Passenger Experience: Quiet operation and smooth acceleration improve comfort and sightseeing enjoyment.

Sustainability Credentials: Helps tourism companies achieve green transportation certifications and promote eco-tourism.

Flexible Battery Pack Design: Multiple NaCR32140-10000 cells can be configured in series and parallel to meet different voltage and capacity requirements for various sightseeing vehicle models.

Conclusion

The NaCR32140-10000 Sodium-ion Battery PACK offers a next-generation energy solution for tourist sightseeing vehicles, combining long life, high efficiency, safety, and sustainability. As the tourism industry continues to move toward electrification and carbon reduction, sodium-ion battery systems will play a key role in supporting eco-friendly and intelligent sightseeing transport worldwide.