Module Highlights — FoxESS EP6 & EP12
Scalable Storage You Can Trust

EP6 & EP12 Battery Highlights

Two high-voltage LiFePO4 batteries from Fox ESS, built to scale from a single compact unit to a full home backup system.

5.76 kWh
Nominal Capacity
23.04 kWh
Max Scalable (4 Units)
90%
Depth of Discharge
≥95%
Round-Trip Efficiency
IP65
Indoor / Outdoor Rated
11.52 kWh
Nominal Capacity
46.08 kWh
Max Scalable (4 Units)
90%
Depth of Discharge
≥95%
Round-Trip Efficiency
IP65
Indoor / Outdoor Rated

Key Advantages

  • Compact 185mm-deep design fits tight wall or floor spaces on either model.
  • Modular scaling: link up to 4 units in parallel via the Fox ESS junction box.
  • Broad inverter compatibility across the H1, KH, H3, H3-Pro, P3 and US series.
  • Fox Cloud gives full remote visibility and control over the system.

Built for Reliability

  • Built-in self-heating keeps charge and discharge stable in cold climates.
  • LiFePO4 cell chemistry rated for 6,000-plus charge cycles.
  • Built-in fire suppression for indoor and outdoor installation safety.
  • IP65-rated enclosure holds up to dust, moisture and outdoor exposure.
Why Choose FOX ESS EP6 & EP12
Engineered To Perform

Why Choose FOX ESS EP6 & EP12?

LiFePO4 battery technology

Advanced Lithium Iron Phosphate cells deliver superior safety, thermal stability, and long-lasting performance.

Intelligent battery management (BMS)

Integrated BMS continuously monitors voltage, current, temperature, and battery health for safe, efficient operation.

High energy efficiency

Optimized charging and discharging performance ensures maximum utilization of stored solar energy.

Long cycle life

Engineered for thousands of charge and discharge cycles, providing reliable energy storage for years.

Scalable energy storage

Available in 6 kWh (EP6) and 12 kWh (EP12) capacities to suit different residential energy requirements.

FOX ESS hybrid inverter compatible

Seamlessly integrates with FOX ESS Hybrid Inverters for efficient solar energy storage and reliable backup power.