Abs casing light weight 2000 cycles 12V 200Ah lithium ion battery with built-in BMS
| Model No. | ENGY-F12200N |
| Nominal voltage | 12V |
| Nominal capacity | 200Ah |
| Max. continuous charge current | 150A |
| Max. continuous discharge current | 150A |
| Cycle life | ≥2000 times |
| Charge temperature | 0°C~45°C |
| Discharge temperature | -20°C~60°C |
| Storage temperature | -20°C~45°C |
| Weight | 27.2 ± 0.5 kg |
| Dimension | 521mm*233mm*222mm |
| Application | For golf cart, power supply application, ect. |
1. The ABS casing 12V 200Ah LiFePO4 battery pack for golf cart.
2. ABS casing with handles.
3. Standard charge current: 40A, 0.2C CC (constant current) charged to 14.6V, then CV (constant Voltage) 14.6V charge till current decline to 2600mA.
4. Max. charge current: 150A, 0.75C CC(constant current)charged to 14.6V, then CV(constant Voltage) 14.6V charge till current decline to 4000mA.
5. Standard discharge current: 40A, 0.2C，CC (constant current)discharged to 10V or cut off by BMS.
6. Max.continuous discharge current : 150A, It can be designed according to the clients’ requirements.
7. Long cycle life: Rechargeable lithium ion battery cell, has more than 2000 cycles which is 7 times of the lead acid battery.
8. Superior safety: Almost the safest lithium battery type recognized in the industry.
Lithium Battery For Golf Cart Application
From the perspective of environmental protection, the pollution problem of lead-acid batteries is unavoidable. Lead plates and sulfuric acid solution of lead-acid batteries are difficult to degrade pollutants. The safety of lead-acid batteries and the impact of battery attenuation on the mileage are also headaches for the stadium. Take a two-seater golf cart as an example. The common golf carts on the market are equipped with six 175Ah lead-acid batteries.
The cruising range of a new car equipped with this kind of battery is about 40Km after a full charge. However, as the usage time of the caddy increases, the battery's charging and discharging capacity will get worse, even less than 10km. The reduction of cruising range will greatly affect the normal use of the golf cart. These problems of lead-acid batteries cannot be solved from a technical point of view. However, the emergence of lithium batteries is a glimpse, and the use of lithium batteries to replace lead-acid power batteries has become an inevitable direction of development.
The lithium battery technology is becoming more mature. In terms of technology and performance, the performance of the lithium battery version of the golf cart will be much better than that of the lead-acid vehicle. Looking back at the development of gasoline vehicles, facts have proved that the electrification of vehicles is an irreversible trend. Lithium electric golf carts are also a development trend. In the future, more and more lithium battery golf carts will serve the majority of golf courses.