280ah 768V 215kwh Solar Photovoltaic Battery Hybrid Household Battery Energy Storage System

Customization: Available
Nominal Voltage: 2.4V ~ 1000V
Warranty: 2 Years+

Product Description

Basic Information
Model NO.
100K/215L-L
Nominal Capacity
241kwh
Cycle Life
3000~20000
Chemistry
LFP Lto
Operational Temp
-40℃-70℃
Change/Discharge Rate
0.5c~20c
Transport Package
on Pallets
Specification
kWh
Trademark
OEM
Origin
China
Packaging & Delivery
Package Size
150.00cm * 205.00cm * 145.50cm
Package Gross Weight
3000.000kg
Inspection Service
Inspection 1
Inspection 2
Inspection 3
Product Description
Main Product
System Introduction

The liquid-cooled energy storage battery system has a capacity of 241kWh, and the battery system includes battery pack, liquid cooling, BMS and fire protection system. The whole system is connected to 220V AC power.

Battery Cabinet Parameter Table
Category Technical parameters
Basic parametersCell type3.2V/314Ah, LFP
System rated capacity241kWh
Battery grouping5*1P48S
System voltage660~864V
Charge-discharge rate≤0.5P
Battery efficiency≥ 94% (excluding AC auxiliary power)
Operating temperature rangeDischarge: -20~55°C; Charging: 0~55°C
Fire fighting methodAerosol fire protection
Communication modeCAN, RS485, Modbus-TCP, LAN
Cooling methodLiquid cooling
Protection levelIP54
Anti-corrosion gradeC4
Weight2.4t
Dimensions (W*D*H)1000*1350*2065 mm
Humidity range0~95% (non-condensing)
Highest working altitude5000m
AuthenticationGB_T 36276-2023, UN38.3, IEC62619
System Configuration
PACK Appearance
Schematic diagram of the appearance of PACK
Battery Box Parameter Table
No.Name1P48S 314Ah Specifications
1Cell typeLFP
5Nominal capacity314Ah
6Nominal energy48.2304kWh
7Nominal voltage153.6V
16IP rating≥IP67
18Cooling methodLiquid cooling
20Dimensions790×1132×248mm
Battery Management System (BMS)

The energy storage system is equipped with a complete battery management system, using a secondary management architecture and secondary software protection to achieve comprehensive control, management and protection of the battery system.

BMS Architecture
BMS Architecture Diagram
Thermal Management System

The entire thermal management system uses liquid cooling to control the temperature of the battery system. The integrated liquid cooling unit ensures the working environment is within the optimal range.

Liquid Cooling Unit
Schematic diagram of liquid cooling unit
Fire Protection System

Multi-level protection: PACK level for early detection and rapid extinguishing; Cluster level to prevent proliferation and suppress growth.

Fire Extinguishing 1
Fire Extinguishing 2
Fire Control Logic
Fire Control Logic Diagram
Precautions
Safety Guidelines:
  • Be sure to have professional electrical personnel operate the system.
  • Ensure high voltage power is disconnected during installation.
  • Insulating gloves and tools must be used.
  • Strictly forbidden to touch positive and negative poles simultaneously.
  • Keep the system away from fire, heat, and water sources.
Frequently Asked Questions
What is the nominal capacity of this energy storage system?
The system has a nominal rated capacity of 241kWh.
What is the operating temperature range?
The system is designed to operate in temperatures ranging from -40°C to 70°C, with specific charging and discharging ranges for optimal safety.
How is the battery system cooled?
It utilizes an advanced liquid cooling thermal management system to maintain cells within their ideal temperature range.
What kind of fire protection is included?
The system uses aerosol fire protection with multi-level coverage at both the PACK and Cluster levels.
What are the main certifications for this product?
The system is authenticated according to GB_T 36276-2023, UN38.3, and IEC62619 standards.
How often should the battery be maintained during long-term storage?
It is recommended to perform a full charge and discharge cycle every six months at a rate of 0.5C.

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