SLP_Shanghai ENNEAGON Energy Technology Co., Ltd

SLP

Power Battery Box Assembly | Battery Swap Series

More secure

Longer lifespan

More stable

Lower energy consumption

Lighter weight

Product Features

1.Greater capacity, lighter weight, smaller size, lower center of gravity

2.Pack system isolated from water-cooled unit for dust-free operation

3.Integrated charging and swapping design compatible with national standard battery swap solutions

4.Capacity options from 282 to 600 kWh, compatible with batteries from various manufacturers

5.Standardized modular products requiring no secondary tuning by vehicle manufacturers

6.Vehicle-mounted base tray with contouring subframe design eliminating need for chassis modifications

Product Advantages

Lighter weight

Compared to products with the same amount of electricity, the weight is reduced by 20-30%, and the product space is optimized by 0.45-1.1m ³

Lower energy consumption

Intelligent and efficient thermal management, using highly integrated modular wiring harnesses and formed pipelines

More stable

Vibration test higher than GB/T 31467.3-2015, strengthened road surface test at 10000km test track

Longer lifespan

The new high resistance locking mechanism holds the upper frame and has been running stably for over 10 years

More secure

Completely independently developed, highly integrated products, and system data can be easily accessed anytime, anywhere

Details Parameters

Name	SLP 400	SLP 600
Rated Capacity (kWh)	400.6	600.9
Rated Voltage (V)	618.2	618.2
Rated Charge/Discharge Capacity (A)	600 / 600	600 / 600
Battery Brand	Applicable to all brands	Applicable to all brands
Battery Model	RHYC Box / D Box / Standard Box	D Box / Standard Box
Thermal Management Approach	Liquid-cooled and heated	Liquid-cooled and heated
Communication Protocol	GB/T 27930	GB/T 27930
Overall Dimensions (mm)	2456(L)846(W)1660(H) / 2460(L)810(W)1690(H)	2460(L)810(W)2070(H)
Protection Rating	IP67	IP67
Upper Frame System Weight (t)	3.3	4.8
Weight of vehicle-mounted base support system (t)	0.4	0.5

Application Cases