C&I 768V215kWh/241kWh All-in-one Outdoor ESS

Name: Stacked 48V 100Ah 161Ah 200Ah 10kwh Lifepo4 Battery
Brand: Harveypower

Item No: HV-ESS60/100/125-A215K/241K

Voltage: 768V
Current: 280Ah/314Ah
Capacity: 215kWh-241kWh
Cycle Life: ≥6000 times(90%DOD)

PCS: 60kW/100kW/110kW/125kW（Optional）

MPPT Voltage : 150-950V

Certification: MSDS/UN38.3/ROHS/CE/IEC62619/IEC62477/KC.

215kWh All-in-One outdoor energy storage system | IP54 protection | Air cooling/liquid cooling optional | Off-grid and grid-connected

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Intelligent temperature control + modular design | 215kWh/241kWh integrated ESS cabinet | Supports photovoltaic/mains/diesel multi-energy access

Cabinet Series HV-ESS60/100/125-A215K/241K

Product Advantages

＞6000 cycle life.
High efficiency: battery efficiency 94%, system efficiency 87%;
Multi-branch: supports load, battery and photovoltaic system;
High safety: no parallel/circulation/triple fire protection design;
Easy to maintain, with self-diagnosis and fault location functions;
The outdoor cabinet energy storage system consists of battery pack, power converter, EMS (energy management system), BMS (battery management system), active fire extinguishing device, air conditioning unit and other components;
The power converter provides AC power to the load through an isolation transformer and is equipped with STS (static transfer switch) to achieve grid-connected/off-grid switching;
The system can adopt different operating modes according to actual project requirements and operation strategies;
The MPPT current 140A (max power point tracking) photovoltaic controller can charge the battery directly from the photovoltaic power source, providing greater flexibility for photovoltaic capacity utilization;
PCS optional 60KW, 100KW, 110KW, 125KW;
The protection level of the outdoor cabinet energy storage system reaches IP54;
Certified battery: UN38.3, MSDS;
PCS: EN 50549-1, EN50549-10, CE-EMC, CE-LVD;

BASIC INFORMATION

Model	HV-ESS60-A215K	HV-ESS100-A215K	HV-ESS110-A215K	HV-ESS125-A241K
Product Materials	LiFeP04
System Parameter	60kW/215kWh	100kW/215kWh	110kW/215kWh	125kW/241kWh
Cooling Method	Air-cooled
Battery Parameters
Rated Battery Capacity	215kWh	215kWh	215kWh	241kWh
Rated System Voltage	768V	768V	768V	768V
Battery Type	Lithium Iron Phosphate Battery(LFP)
Cell Capacity	280Ah	280Ah	280Ah	314Ah
Max.Charge/Discharge Current	140A	140A	140A	157A
Battery Series-parallel Connection Method	1P20S12S	1P20S12S	1P20S12S	1P20S12S
Service life	6000 cycles(15+years)
PV Parameters(Optional;none/50kW/150KW)
Max.PV Input Voltage	1000V
Max.PV Power	60KW	100KW	110kW	120kW
MPPT Quantity	2
MPPT Voltage Range	150-950V
MPPT Full Load Open Circuit Voltage Range(Recommended)*	350V-800V	350V-800V	350V-800V	350V-800V
AC Parameters
Rated AC Power	60kW	100kW	110kW	120kW
Nominal AC Current Rating	144A
Rated AC Voltage	400Vac/230Vac,3W+N+PE/3W+PE
DC Side Voltage Range	580~1000V(3P3W)/670~1000V(3P4W)
DC Side Full Load Voltage Range	625~950V(3P3W)/670~950V(3P4W)
Rated Frequency	50Hz/60Hz(±5Hz)
Total Current Harmonic Distortion(THD)	<3%(Rated Power)
Power Factor Adjustable Range	1 Ahead~+1 Behind
General Parameters
Protection Level	IP54
Fire Protection System	Aerosols /Perfluorohexanone/Heptafluoropropane
lsolation Method	Non-isolated(Optional Transformer)
Operating Temperature	-25℃~60℃(>45℃ derating)
Altitude	3000m(>3000m Derating)
Communication Interface	RS485/CAN2.0/Ethernet/Dry contact
Dimension(LWH)	185011002300mm
Weight (With Batteries Approx.)	2350kg	2400kg	2450kg	3090kg
Certification
Electric Safety	IEC62619/IEC62477
EMC(Electromagnetic Compatibility)	IEC61000/EN61000/CE
Grid-connected And Islanded	IEC62116
Energy Efficiency And The Environment	IEC61683/IEC60068

Complete system installation diagram

BMS SYSTEM

Harveypower's BMS system monitors and regulates stackable solar battery charge and discharge status. The monitored battery characteristics include the detection of battery type, voltage, temperature, capacity, state of charge, power consumption, remaining operating time, charge cycles, and more.
It can process and monitor up to 16 stackable battery packs at the same time, provide a battery balancing function, manage different batteries with the same charge and discharge requirements, and ensure the optimal utilization of the remaining energy in the battery.
BMS Specification:

Project	Content	default parameters	Whether can set up
Overcharge Protection	Alarm voltage	3600mV	Y
	Protection voltage	3700mV	Y
	Protection latency time	1.0S	Y
Over-discharge Protection	Alarm voltage	2800mV	Y
	Protection voltage	2700mV	Y
	Protection latency time	1.0S	Y
Charging Over-current Protection	Alarm current	105A	Y
	Protection current	110A	Y
	Protection latency time	1.0S	Y
Short Circuit Protection	Protection current	≥350A	Y
Short Circuit Protection	Protection latency time	≤300uS	Y
MOSFET High-temperature Protection	Alarm temperature	90℃	Y
MOSFET High-temperature Protection	Protection temperature	115℃	Y
Batteries Temperature Protection	Low temperature charging alarm/protection temperature	0℃/-5℃	Y
Batteries Temperature Protection	High temperature charging alarm/protection temperature	60℃/65℃	Y
The Environmental Temperature Alarm	Low-temperature alarm/protection temperature	-15℃/-20℃	Y
The Environmental Temperature Alarm	High-temperature alarm/protection temperature	65℃/75℃	Y
A Serial Port Communication	Isolated RS - 232 / RS - 485	/	Y
Bluetooth	Bluetooth function	/	optional
Charging Current Limiting Function	Charging current limiting current	20A	optional
Display Screen	Display function	/	optional

Installation and Testing

Lifepo4 battery pack internal BMS assembly process

BMS system exterior structure and wiring connection

STACKABLE

Stackable battery pack advantages: Flexible, simple, convenient

FUNCTION CUSTOMIZATION

LED Display (Optional)

Build an LED display outside the product group to visualize the overall data and status of the battery pack. You can also DIY the operation functions of the display according to your needs.

Self-heated Function (Optional)

The BMS system can be set with a self-heating function to make the battery system suitable for lower temperatures.

When the temperature is below 0°C, through self-heating, the temperature of the battery can rise to above 10°C within a few tens of seconds, thereby activating the normal application of the battery.

Start heating temperature: ≤0℃. Stop heating temperature: ≥10℃.

Bluetooth Function (Optional)

Can communicate with BMS in wireless mode. Users can connect the battery pack via Bluetooth, which allows visualizing all-important battery information such as voltage, current, temperature, SOC, SOH, errors, etc.

Some parameters and switch systems can also be controlled remotely, making everything easy to use and manage.

State of Health (Optional)

It can detect and reflect the battery capacity, health, and performance status with the accumulation of battery usage time and the impact of the environment, effectively guiding how to maintain the battery.

Not only can we know whether the remaining available capacity of the battery can meet our demand for the total temporary power consumption, but also know when each single battery and battery pack needs to be replaced and repaired.

More Optional

MORE FAQs

Can batteries be stored stacked?

Yes, and the stackable battery should be stored in a cool, dry, ventilated environment, to avoid contact with fire and heat sources. Batteries should be stacked so that they're stable and won't be bumped, knocked over, or otherwise damaged.
The best storage temperature is 25 ± 5 ℃, the best humidity is 60 ± 15%.

Can batteries be stacked two high?

Our stackable battery pack can be used in a single group or in multi-group parallel.
Considering the weight of the battery case and the convenience of use, we recommend stacking 4-6.

How long can a 48V 200Ah lifepo4 battery last?

The 200Ah battery lasts from less than 1 hour (running a 2000W device) to over 200 hours (running a 10W device).

What are the benefits of stackable battery?

You can have flexible parallel series connections through multiple battery packs to meet different voltage and capacity requirements, and save space.

The stackable lifepo4 battery 200ah is better to run batteries in series or parallel?

The parallel connection is better, the parallel voltage remains unchanged, and capacity increases.
The voltage is higher current, heat is faster (the battery also has resistance), so the life is short, parallel connection through the two batteries is independent of the current, will not affect the life.

APPLICATIONS

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C&I 768V215kWh/241kWh All-in-one Outdoor ESS

Cabinet Series HV-ESS60/100/125-A215K/241K

BASIC INFORMATION

Complete system installation diagram

BMS SYSTEM

STACKABLE

Stackable battery pack advantages: Flexible, simple, convenient

FUNCTION CUSTOMIZATION

MORE FAQs

Can batteries be stored stacked?

Can batteries be stacked two high?

How long can a 48V 200Ah lifepo4 battery last?

What are the benefits of stackable battery?

The stackable lifepo4 battery 200ah is better to run batteries in series or parallel?

APPLICATIONS

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