Fox Energy Cube HV ECM4100 V2 16.12kWh 1x Master 3x Slave

Β£4,075.00 + VAT

Fox Energy Cube HV ECM4100 V2 16.12kWh 1x Master 3x Slave

Β£4,075.00 + VAT
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Product description

Fox Energy Cube HV ECM4100, 16.12kWh 1x Master 3x Slave

#1: FE-HV-EC-4-4.1-16.4

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Pdf free icon ECM4100 Data Sheet

Pdf free icon ECM4100 User Manual

Pdf free icon ECM4100 Warranty

Compatible with Fox HV chargers only available on ourΒ Fox HV main page

Fox Energy Cube HV ECM4100 – 16.12kWh High Voltage Battery Stack

The Fox Energy Cube HV ECM4100 is a high-performance, modular battery storage solution designed for residential and commercial energy storage. This system includes 1 Master unit and 3 Slave units, providing a total usable storage capacity of 16.12kWh. Built with advanced lithium technology, it offers reliability, scalability, and long-term performance for clean energy storage.


Key Features

  • 16.12kWh Storage Capacity – (1 Master + 3 Slaves) included in this bundle

  • Scalable Design – expand up to 7 modules in series (maximum 28.21kWh)

  • High Depth of Discharge – 90% DoD for maximum usable energy

  • Wide Temperature Tolerance – designed to perform in diverse climates

  • Plug-and-Play Installation – saves time and reduces installation complexity

  • Future Ready – additional ECM4100 modules can be added post-installation

  • Smart Communication – CAN/RS485 protocol for seamless inverter integration


Technical Specifications

  • Battery Type: Lithium-ion (HV)

  • Capacity per Module: 4.03kWh

  • Total Capacity (Included Stack): 16.12kWh

  • Maximum Scalable Capacity: 28.21kWh

  • Depth of Discharge: 90%

  • Communication: CAN/RS485

  • Weight (Stack of 4): 74.3 kg

  • Dimensions (W x H x D): 570 x 350 x 380 mm

  • Series Limit: Maximum of 7 modules (must include 1 Master)


Why Choose Fox Energy Cube HV ECM4100?

Fox ESS is known for producing smart, reliable, and future-proof energy storage solutions. The ECM4100 battery stack combines high capacity, simple expandability, and robust communication protocols, making it an ideal choice for anyone looking to maximise solar self-consumption, protect against power outages, and reduce grid dependence.

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