Sightseeing Vehicle Module

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Parameters of Sightseeing Vehicle Module

No.	Item	Specifications
1	Electrostatic Capacity	8330F/70Ah
2	Nominal Capacity	≥70Ah(45-75.6V)
3	Module Composition	18S10P(Battery cell: HESC 4.2V/15000F)
4	Nominal Working Voltage	72V
5	Surge Voltage	75.6V
6	Maximum Working Voltage	45V
7	Internal AC Resistance	≤5mΩ@25℃
8	Internal DC Resistance	≤8mΩ@25℃
9	Energy Capacity(Fully Charged)	4.2 KWh(45-75.6V) 3.6 KWh(45-72V)
10	Standard Charging Current	200A(Can be quickly charged using national standard charging stations, with a charging time of 20-30 minutes to fully charge)
11	Standard Discharging Current	200A
12	Maximum Operating Current	600A 20S
13	Storage Voltage Range	60.3V(±2%)
14	Cycle Life	50000 times(45-75.6V) 80000 times(45-72V)
15	Operation Temperature	-40℃~65℃
16	Storage Temperature	-20℃~45℃

Advantages of Sightseeing Vehicle Module

High Energy Density Facilitates Long-Endurance

1. Application Scenario: The sightseeing bus is fully loaded with tourists for a day-long tour in the scenic area.

2. Advantage Manifestation: High energy density ensures long-distance travel without frequent charging.

Fast Charging and Discharging Improves Operational Efficiency

1. Application Scenario: Utilize the intervals when tourists get on and off the bus to quickly replenish electrical energy.

2. Advantage Manifestation: 20 - 30 minutes of fast charging shortens the charging time and increases the operation frequency.

Long Service Life Reduces Long-term Costs

1. Application Scenario The sightseeing bus has been used frequently for a long time and has been in operation for many years.

2. Advantage Manifestation: 50,000-cycle life reduces the frequency of replacement and saves costs.

Application of Sightseeing Vehicle Module

Tourism & Leisure Entertainment

Tailored for sightseeing vehicles, fulfilling power demands of frequent start-stops, low-speed driving, and long-term operation in scenic spots. It offers stable power, ensuring tourists' pleasant and safe tours. Also suits golf carts, providing convenient transport power for players and equipment on the course, adapting to various terrains, and enhancing cart usage efficiency.

Transportation & Industrial Automation

Applied in low-speed unmanned vehicles, powering intelligent driving and power systems, enabling precise control and automated transportation. In logistics vehicles and electric bicycles, it boosts start-up and acceleration, recovers braking energy, extends range, reduces consumption, and improves distribution efficiency and riding experience. Moreover, it supplies lasting power for mobile robot AGVs, meeting high-intensity operation needs and elevating industrial automation production.

Other Areas

With high energy and power densities, it has potential in scenarios requiring rapid charge-discharge and efficient energy storage, like serving as emergency power for temporary electrical equipment or in special applications with high environmental and safety demands.

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