HomeProductsBatteriesHigh Voltage BatteriesDeye GE-F60 Hybrid Energy Storage System 61.44kWh LiFePO4 Battery

Deye GE-F60 Hybrid Energy Storage System 61.44kWh LiFePO4 Battery

  • All-In-One | 61.44kWh | LiFePO4 Battery | IP55 Protection - 

    The GE-F60 Hybrid Energy Storage System offers a powerful 61.44kWh capacity with integrated EMS, BMS, and LiFePO4 battery technology. Perfect for high-rate cyclic charging and discharging, off-grid operation, and expandable up to 360kWh.

  • ⚡ 61.44kWh system capacity, with usable energy of 55.29kWh - 
  • 🔋 LiFePO4 battery chemistry for enhanced safety and long cycle life (≥6000 cycles) - 
  • 🔄 Hybrid inverter and BMS integrated for efficient energy management - 
  • 🔥 Built-in fire safety features including aerosol fire extinguishing, smoke, gas, and temperature detection - 
  • 💨 Black start and off-grid operation capabilities for complete energy independence - 
  • 🌡️ Wide operating temperature range: Charge 0°C~55°C, Discharge -20°C~55°C - 
  • 🛡️ IP55 protection rating, ensuring durability in various environments - 
  • 📱 Remote monitoring via CAN2.0/RS485 communication ports - 
  • 📦 Expansion support for up to 360kWh of storage - 
  • 🏆 Certified with UN38.3, IEC62619, IEC61000, IEC62040 - 
deye all in one Battery Energy Storage System
battery Features
Battery energy storage cabinet height 2235mm, width 735mm, length 1045mm
A maximum of 10 battery energy storage cabinets can be connected in parallel
deye all in one Battery Energy Storage System
battery Features
Battery energy storage cabinet height 2235mm, width 735mm, length 1045mm
A maximum of 10 battery energy storage cabinets can be connected in parallel

Share:

Deye All in One Lithium battery Product Overview

The GE-F60 Hybrid Energy Storage System is a cutting-edge solution designed to maximize energy efficiency for both residential and commercial applications. Featuring a 61.44kWh capacity with 55.29kWh of usable energy, this system is built with high-performance LiFePO4 batteries, ensuring long life and safety.

With integrated EMS (Energy Management System) and BMS (Battery Management System) technologies, the GE-F60 optimizes energy usage, maintains battery health, and supports black start and off-grid capabilities for complete energy independence. It also offers a modular design that can be expanded up to 360kWh, allowing for scalability.

This system is equipped with advanced fire protection features, including an aerosol fire extinguishing solution, smoke, gas, and temperature detection, ensuring maximum safety in any environment. Its IP55 rating ensures it is highly durable and suitable for various installations.

The GE-F60 is certified to international standards (UN38.3, IEC62619, IEC61000), and offers reliable, intelligent, and secure energy storage with remote monitoring and real-time battery status indicators.

LiFePO4 Battery Key Specifications

ParameterValue
Cell ChemistryLiFePO4
System Energy61.44 kWh
Usable Energy55.29 kWh
Nominal Voltage614.4V
Operating Voltage500V ~ 750V
Charge/Discharge CurrentRecommend 50A, Nominal 100A, Peak 125A
Working Temperature (Charge)0°C ~ 55°C
Working Temperature (Discharge)-20°C ~ 55°C
Cycle Life≥6000 cycles (EOL70%)
IP RatingIP55
Communication PortsCAN2.0/RS485
Dimensions (W × D × H)735 × 1045 × 2235 mm
Weight1010 kg
Warranty10 years
CertificationsUN38.3, IEC62619, IEC61000, IEC62040

Features of Deye ESS

FAQS

Q :

What is the maximum storage capacity of the GE-F60 system?

A :

The GE-F60 Hybrid ESS can support expansion up to a maximum capacity of 360kWh, making it suitable for large-scale residential and commercial applications.

Q :

Can the GE-F60 operate off-grid?

A :

Yes, the GE-F60 system supports off-grid operation and black start capabilities, ensuring energy independence even in areas without a stable grid connection.

Q :

What fire protection features does the GE-F60 include?

A :

The GE-F60 is equipped with advanced fire safety systems, including an aerosol fire extinguishing solution, smoke and gas detection, and temperature monitoring to ensure the highest level of safety for both the system and its surroundings.