Description

Fox ESS H1 5.0kW Gen2 Single Phase Hybrid Inverter with EP5 5.18kWh Battery

This Fox ESS battery storage bundle combines the Fox ESS H1 Gen2 5.0kW single phase hybrid inverter with the Fox ESS EP5-H 5.18kWh high-voltage lithium-ion battery, delivering a flexible and efficient energy storage solution for residential solar installations. Designed for seamless system integration, this setup allows excess solar generation to be stored and used when required, helping to maximise self-consumption and reduce grid dependency.

The system is scalable to suit different energy requirements, allowing total usable storage capacities of 5.18kWh, 10.36kWh, 15.54kWh, or 20.72kWh, simply by adding additional EP5-H battery modules.

Please refer to the individual product pages for full technical details on each component included in this bundle.

Key Features

• Single phase hybrid inverter with EPS functionality for backup power

• High-voltage lithium-ion battery with integrated heating function

• Scalable battery storage up to 28.49kWh

• High round-trip efficiency for maximum energy utilisation

• Natural cooling design with no internal fans for silent operation

• Suitable for outdoor installation with robust, weather-resistant construction

• Remote system monitoring via smartphone app or web portal

• Compatible with modern residential solar PV systems

What's Included in the Box

• 1 x Fox ESS H1 G2 5.0kW Single Phase Hybrid Inverter
  SKU: FE-H1-5.0-G2
  CT clamps and WiFi communication stick are included in the box. A second CT clamp will be required if an additional generator source is connected, such as PV, wind, or other generation systems.

• 1 x Fox ESS EP5-H 5.18kWh Li-ion Battery with heating function and 10-year warranty
  SKU: FE-HV-EP5-H

• 1 x Fox ESS EP Junction Box
  SKU: FE-JUNBOX-HV
  Used for paralleling the high-voltage Fox ESS EP battery range, including EP5/EP6 and EP11/EP12 battery modules.

Technical Specifications

Inverter

• Phase: Single phase

• Rated AC Power: 5.0kW

• Battery Charge Efficiency: Up to 98.5%

• Battery Discharge Efficiency: Up to 97%

• Cooling Method: Natural convection

• Installation: Indoor or outdoor

• Product Type: Hybrid inverter

• Colour: White

• Dimensions: 434 x 418 x 185 mm

Battery

• Battery Capacity: 5.18kWh per module

• Battery Type: High-voltage lithium-ion

• Expandability: Up to 28.49kWh

• Heating Function: Yes

• Warranty: 10 years

• Product Type: Battery storage module

• Colour: White

Applications

• Residential solar PV systems

• Home battery storage and self-consumption

• Backup power solutions using EPS functionality

• Energy cost reduction and increased grid independence

• Scalable residential energy storage systems

Why Buy This Product

• High Energy Efficiency: Market-leading performance with up to 97% battery to AC discharge efficiency, ensuring minimal energy loss.

• Stylish Design: Modern, compact white finish designed to integrate seamlessly into residential environments.

• Robust Durability: Engineered for long-term reliability with weather-resistant construction suitable for outdoor installation.

• Sustainability: Enables greater use of renewable energy, lowering carbon footprint and long-term electricity costs.

• Long Warranty: Includes a 10-year battery warranty, providing confidence in product reliability and long-term performance.

This Fox ESS hybrid inverter and battery bundle offers excellent scalability, high efficiency, and intelligent energy management, making it a future-ready solution for modern residential solar systems.

Disclaimer

All product information provided by Solareon UK is intended for general guidance only and may be subject to change or error. Solareon UK does not accept liability for any inaccuracies or omissions in the product specifications displayed. For accurate and detailed technical information, please refer to the manufacturer’s official datasheet available in the 'Downloads' section. We strongly advise confirming all critical details directly with the manufacturer prior to making purchasing or installation decisions.