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5kW Off‑Grid Solar Power Station with LiFePO₄ Battery | All‑in‑One Backup Energy Storage System

5kW Off‑Grid Solar Power Station with LiFePO₄ Battery | All‑in‑One Backup Energy Storage System

The 5kW Solar Power Station with 10.24kWh Battery is a fully integrated off‑grid energy storage system engineered for residential and small commercial applications. It combines a 5kW pure sine wave inverter, MPPT solar charging, and LiFePO₄ battery modules into a compact, stackable, plug‑and‑play structure.

The system supports solar charging, grid charging, and emergency backup, making it ideal for regions with unstable electricity, remote living, or energy‑independent homes. Its smart BMS, mobile app monitoring, and air‑cooled thermal management ensure long‑term reliability and safety—consistent with global ESS best practices.

This all‑in‑one design reduces installation time, eliminates wiring complexity, and provides a professional, space‑saving solution for off‑grid solar energy storage.

  • Item No :

    GM-LEB5K
  • Payment :

    TT/LC
  • Product Origin :

    China
  • Custom Made :

    Yes
  • Shipping Port :

    Shanghai, Nanjing, Ningbo, Guangzhou, Shenzhen, etc.
  • Lead Time :

    20 days
  • Warranty :

    3 years
  • Product Details

Page Overview

This 5kW Off‑Grid All‑in‑One Solar Power Station integrates a pure sine wave inverter, MPPT solar controller, and a 10.24kWh 51.2V LiFePO₄ battery in a single modular stackable unit. Designed for homes, cabins, farms, and remote locations, it delivers stable off‑grid power, long battery life, and intelligent energy management. Its mobile app monitoring, smart BMS, and scalable design align with global ESS trends and modern residential energy standards.


Key Features


System Components

5kW Pure Sine Wave Inverter

• Stable AC output for home appliances

• 10ms UPS‑level switching

• Supports solar + grid + battery modes

 

10.24kWh LiFePO₄ Battery Pack

• 51.2V LFP cells with 90% DoD

• 200A charge/discharge capability

• Long cycle life & high thermal stability

 

MPPT Solar Charging System

• 80–450V MPPT voltage range

• 5000W PV input capacity

• High tracking efficiency for maximum yield

 

Smart BMS Protection

• Over‑voltage, under‑voltage, temperature & short‑circuit protection

• RS485/CAN/WiFi/GPRS communication

• Real‑time monitoring & diagnostics

Air‑Cooled Thermal Management

• Quiet operation (<60dB)

• Low maintenance

• Stable performance in -10°C to +50°C

 

Technical Specifications

Model GM-LEB5K
PV Input
Maximum PV array power (Wp) 5000
Maximum input voltage (V) 500
Start-up voltage (V) 100
MPPT voltage range (V) 80-450
Full-load MPPT voltage (V) 280-400
Number of MPPT channels / Number of strings per channel 1/1
Maximum input current (A) 22
AC Input (mains power)
Rated input voltage (V) 230
Selectable voltage range (V) 170-280 (UPS); 120-280 (Home appliances)
Undervoltage (V) 170±7 (UPS); 120±7 (Home appliances)
Undervoltage recovery voltage (V) 180±7 (UPS); 130±7 (Home appliances)
Overvoltage (V) 280±7
Overvoltage recovery voltage (V) 270±7
Maximum input voltage (V) 300
Rated input frequency (Hz) 50/60 (Adaptive)
Efficiency
AC power mode >95% purely resistive load and battery fully charged
Maximum efficiency 93%
Maximum bypass overload current (A) 40
Emergency Power Output (EPS)
Rated output power (VA) 5000
Maximum output power (VA) 10000
Maximum output current (A) 22
Rated output voltage (V) 230±5%
Output frequency (Hz) 50
THDu(Total Harmonic Voltage Distortion) <3% (@linear load)
Switching time 10ms (UPS) / 20ms (Home Appliances)
Battery
Battery cells LiFePO₄(3.2V/100AH)
Rated capacity (kWh) 20.48
Number of modules 4
Rated voltage (V) 51.2
Operating voltage range (V) 44.8-58.2
Maximum charging current (A) 200
Maximum discharge current (A) 200
Maximum depth of discharge (DoD) 90%
Other Parameters
Protection level IP54
Cooling method air-cooled
Relative humidity 5-95% (non-condensing)
Operating temperature (°C) -10~+50
Noise (dB) <60
Display LCD
BMS communication method RS485/CAN/WiFi/GPRS
Weight 113.6
Size(W*D*H)(mm) 550*380*697

Updated June 9, 2026

Contact the GreenMore team


Application Scenarios

  • An off-grid wooden log cabin in a remote, snow-covered mountain area featuring a sleek, fully integrated BIPV solar roof tile system under a blue sky
    Remote homes & cabins
    In remote areas, houses and cabins rely on solar power and energy storage systems to achieve independent power supply, providing stable, zero-fuel clean energy for daily lighting, home appliances and emergency power.
  • An agrivoltaics farm setup showing elevated solar panels installed above green crop rows, with a farmer working in the field beneath the structures.
    Farms & agricultural buildings
    The agricultural-solar hybrid system achieves the dual benefits of increased income from power generation and crop cultivation by simultaneously utilizing land for agricultural production and solar power generation and storage.
  • A modern commercial small business building featuring roof-mounted solar panels above an outdoor patio seating area, demonstrating clean energy solutions for retail shops.
    Off‑grid shops & small businesses
    Off-grid stores and small businesses can achieve stable operations through solar energy storage, maintaining continuous power supply for lighting, point-of-sale systems, and critical equipment in areas without grid access or with unreliable grid connections.
  • A modern house remains fully illuminated using a home energy storage system with a solar inverter and battery bank during a nighttime thunderstorm with lightning.
    Emergency backup for unstable grids
    Integrated energy storage units serve as emergency backup power in unstable power grids, seamlessly switching power supply in the event of a power outage to ensure the continuous operation of critical loads.
  • An off-grid remote monitoring station equipped with a roof-mounted solar panel array and an antenna tower, situated in a mountainous wilderness area
    Solar‑powered remote stations
    Integrated energy storage units provide unattended power supply in solar remote stations, ensuring long-term stable operation of communication base stations, monitoring equipment, and sensors in areas without power grids.

Learn more about off grid solar applications


Why Choose This System?

  • All‑in‑one design reduces installation time

  • High‑safety LiFePO₄ battery with long lifespan

  • Smart monitoring & remote management

  • Scalable for future energy demand

  • Ideal for off‑grid and backup power markets

Learn more about off grid energy storage solutions


FAQ

Q1:What can the 5kW system power?

A1:It supports essential household loads such as lighting, refrigerators, fans, pumps, and electronics, providing stable off‑grid or backup power for daily use.

off grid home power

Q2:How long does the 10.24kWh battery last?

A2:Depending on load size, it typically provides 4–10 hours of backup power, with higher runtime when paired with solar charging.

battery runtime ESS

Q3:Is the system safe for home use?

A3:Yes. It uses LiFePO₄ cells with smart BMS protection, ensuring high thermal stability and compliance with residential safety standards.

LFP safety

Q4:Can the system be expanded later?

A4:Yes. The modular design supports parallel expansion up to 32 units, allowing flexible capacity growth.

expandable ESS

Q5:Does it support remote monitoring?

A5:Yes. The mobile app provides real‑time monitoring of battery status, PV input, load, and system health.

ESS remote monitoring


Page Summary

This 5kW Off‑Grid All‑in‑One Solar Power Station integrates inverter, MPPT, and LiFePO₄ battery storage into a compact, scalable, and intelligent system. It delivers reliable off‑grid power, long battery life, and smart monitoring—ideal for homes, cabins, farms, and remote applications seeking energy independence.

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GreenMore specializes in OEM manufacturing for solar roof tiles and integrated solar‑plus‑storage systems, serving construction companies, roofing contractors, renovation firms, and global energy solution providers. Our curved and flat solar tiles are engineered to replace traditional roofing materials, offering long‑lasting protection, architectural aesthetics, and clean power generation—ideal for roof renovation, old‑house restoration, and new building projects. With advanced production lines, strict quality control, and certified engineering processes, GreenMore delivers OEM residential ESS, C&I storage cabinets, and hybrid solar systems tailored to partner specifications. We help B‑end clients expand product portfolios, enhance project competitiveness, and deploy reliable, future‑ready energy solutions across Europe, the Middle East, Southeast Asia, Africa, and Oceania.
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