HS-JT3000W

The battery system is a stackable modular design that a single person can easily install.  It consists of stackable battery modules each 3.2kWh in capacity (100% usable energy).  Simply stack the

modules on top of each other and there is no wiring involved.  Inbuilt plugs in each module connect as they are stacked.

You can choose to stack from 3 modules (9.6kWh) up to 8 modules (a huge 25.6kWh) per battery unit depending on the customer's storage requirements.   It doesn’t end there, you can also parallel

up to 4 battery units providing an enormous 102.4kWh of usable storage capacity.

The battery modules are lithium-ion phosphate.  The leading battery chemistry in performance and safety.

The battery has a built-in BMS system and circuit breakers.  The battery is IP55 rated and there are no internal dip switches or setup required.  Simply stack the batteries and wire them to the

inverter.  Each battery module has handles making installation easy and safe.

Product Parameters

Type/Parameter	HS-JT3000WP2	HS-JT3000WP3	HS-JT3000WP4	HS-JT3000WP5	HS-JT3000WP6	HS-J35000WP7
System Schematic
Battery Module Type	HS-JT3000W
Module Number	2	3	4	5	6	7
Rated Voltage（V）	51.2
Rated Capacity(Ah)	70
Voltage Range（V）	44.8-56
Rated Energy（Wh）	7168	10752	14336	17920	21504	25088
Standard Discharge Current（A）	200	200	200	200	200	200
Dimension:(L*W*H)	670*430*360	670*430*504	670*430*642	670*430*900	670*430*918	670*430*1056
Weight（kg）	70	100	130	160	190	220
Communication Port	RS485、CAN
Display	LED+LCD
Terminal	Plug-in
Compatible inverter	Growatt,Goodwe,Sol-Ark,SRNE,DEYE
IP	IP55
Charge Temperature Range（℃）	0~45
Discharge Temperature Range（℃）	-20-60
Installation Method	Floor-mount
Cycle Life	＞6000（0.5C @25℃，80% DOD）
Design Life (Year)	15
Safety & Certification	CE, EMC, TUV (IEC62619)
Transportation	UN38.3

Product Features

Environment-friendly modules are pollution-free and non-toxic

Key safety features include Over-Discharge, Over-Charge, Over-

Current, and high/low temperatures are included in the Battery 

management system (BMS)

Charged and discharged states, as well as balanced current and voltage of each cell automatically managed

Expandable output and capacity are achieved with the flexible configuration using multiple battery modules

System noise is reduced using an adoptive self-cooling mode

LiFePO4 has a very low self-discharge ranging up to 6 months without a charge. While also having no memory effect.

Performs well under discharge and shallow charge

Operating temps range from -10°C - 55°C (14°F - 131°F ), Charging 0°C - 45°C (32°F - 113°F), Discharging -10°C - 55°C (14°F - 131°F) while maintaining excellent discharge performance and cycle life

Easily installed and maintained considering the compact, plug-in embedded design, and lightweight modules

Product Advantages

EASY INSTALLATION

Plug and Play, the wiring-less connection between modules

Compact and Light, single-person installation

FLEXIBILITY

Support 3–8 modules per unit, max. 4 units in parallel, 9–100 kWh capacity range

Extendable during lifetime

SAFETY

authorized certification

Multi-stages protection design plus

Lithium iron phosphate battery

HIGH-PERFORMANCE

discharging current

30 A continuous charging and

100% usable energy

Why Choose Lithium Iron Phosphate (LiFePO4)?

Lithium iron phosphate batteries as known as LFP or LiFePO4 are the safest types of lithium batteries. Lithium Iron Phosphate batteries do not explode, or ignite, and are not prone to thermal run.

Therefore, LFP batteries are the ideal chemistry choice for demanding applications like battery electrical storage solutions or BESS for short. Some of its features are:

Faster charging and efficient discharging is possible with LiFePO4.

Longer life cycles compared with SLA, AGM, or lead-acid batteries. LFP life cycles typically exceed 2000 cycles.

LFP batteries are lightweight, non-toxic, non-polluting, and contain no rare or heavy metals like other batteries.

Higher capacities compared to lead-acid other ordinary chemistries.

LFP has no memory effect like the Nickel battery counterparts.