CALB MEB EV battery module VDA590 lithium battery NMC 1P12S-147Ah for electric car

» Battery Module » CALB MEB EV battery module VDA590 lithium battery NMC 1P12S-147Ah for electric car

CALB MEB EV battery module VDA590 lithium battery NMC 1P12S-147Ah for electric car

CATEGORY AND TAGS:
Battery Module, VDA Battery Module

D221N147-1P12S battery module is an standard VDA590- MEB lithium ion battery module with FPC solution which can maximises battery module stability and saves space.

Shipping Terms
Packaging Details cartons , pallets or plywood cases
Shipping terms: EXW, FOB, CIF, DDU, DDP
Shipping way: By air, by sea, by land

Payment Terms
Retail Price/Wholesale Price Negotiable
Payment Terms T/T (Wire transfer)

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Specifications

CALB MEB EV battery module VDA590 lithium battery NMC 1P12S-147Ah for electric car

The MEB platform adopts the modular design concept to standardise and modularise the various parts of the vehicle, with a high generalisation rate, which not only improves the production efficiency and reduces the production cost, making the models more competitive in terms of price, but also enables the rapid launch of models with different configurations according to the market demand and the construction of a complete product matrix.

From the product end, the modular design of the MEB platform will bring numerous advantages. In terms of space, the MEB platform reduces the complex systems such as the front engine and transmission powertrain required for traditional fuel models, and puts the battery flat underneath the car and integrated into the chassis architecture, which gives the MEB platform models advantages such as a larger wheelbase and shorter front and rear overhangs, and more space in the back.

There are two option for the vda590-D221N147-1P12S lithium ion ev battery module . The standard one is FPC, we can provide custom made ones for cable solution . You can click FPC/CCS VS Traditional Wiring Harnesses to see the differences.

No.	Item	Product Specification	Note
		D221N147A-1P12SA＆B
1	Cell Type	L221N147A
2	Rated Capacity	147Ah	25℃ 1C Capacity
		150Ah	25℃ 1/3C Capacity
3	Total Energy	6.54KWh	25℃ 1C Energy
		6.77KWh	25℃ 1/3CEnergy
4	Rated Voltage	45.12V	1/3C Voltage
		44.52V	1C Voltage
5	Length	594±1mm
6	Width	224.5±0.5mm
7	Height	108±1mm
8	Weight	30.25±0.3kg
9	Voltage Range	33.6~52.2V	0℃~55℃
10	DC I.R.	≤9mΩ@25°C, 2.5C charge/discharge, 10s, 70% SOC, BOL
11	Recommended SOC Use Window	5%-97%SOC
12	Operating Temperature	Charging temperature：-20~55°C
		Discharging temperature：-30~55°C
13	Room Temperature Cycle Life	500 cycles, capacity retention rate of not less than 90%； 1000 cycles, capacity retention rate of not less than 80%	a) The battery module is charged according to our fast charging strategy; b) Discharge at 1C to the termination voltage; c) Repeat a) ~ b).
14	Charge retention and capacity restoration	(1) When the ambient temperature is 45℃, the battery module shall be stored at SOCmax for 30 days, the charge retention rate shall be not less than 93% of the room temperature discharge capacity, the capacity recovery rate shall be not less than 97% of the room temperature discharge capacity, and the incremental increase of DC internal resistance shall be not more than 8%. (2) When the ambient temperature is 45℃, the battery module shall be stored at SOCmax for 90 days, the capacity recovery rate shall be not less than 95% of the room temperature discharge capacity, and the DC internal resistance increment shall be not more than 20%. (3) When the ambient temperature is 60℃, the battery module shall be stored at SOCmax for 30 days, the charge retention rate shall be not less than 87% of the room temperature discharge capacity, the capacity recovery rate shall be not less than 95% of the room temperature discharge capacity, and the incremental increase of DC internal resistance shall be not more than 15%. (4) When the ambient temperature is 60℃, the battery module shall be stored at SOCmax for 90 days, the capacity recovery rate shall be not less than 90% of the room temperature discharge capacity, and the DC internal resistance increment shall be not more than 40%.
15	Storage	Standard storage temperature：-20°C ~ 25°C
		Absolute storage temperature：-40°C ~ 65°C	Short term
		Storage humidity：＜70%RH

(Please refer to the signed technical agreement for the specific parameters of the module at the time of delivery. For customization please contact us.)