CELLX HOME 30

High-capacity energy storage for home, business and modern PV installations

Maximum efficiency and greater energy independence

CELLX HOME 30 is a modern energy storage device with a capacity of 28.7 kWh , designed for efficient and safe energy storage in home, commercial and modern photovoltaic installations.

The system was created for users who expect high usable capacity, stable operation and the ability to effectively manage energy in modern energy systems.

CELLX HOME 30 enables the storage of surplus energy produced by the PV installation and its use when the building's energy demand increases or energy production from photovoltaic panels is limited.

Thanks to its high capacity, the system allows:

increase self-consumption of energy,
reduce energy consumption from the grid,
reduce electricity costs,
increase the energy independence of the building,
efficiently power larger energy installations.

CELLX HOME 30 was designed for users who expect a modern, efficient and scalable energy storage system for their home, business and modern PV installations.

Why choose the CELLX HOME 30 energy storage?

Modern photovoltaic installations require efficient storage of larger amounts of energy. CELLX HOME 30 allows you to maximize the energy produced by your PV system and increase your building's energy independence.

This is the perfect solution for people who are looking for:

30 kWh energy storage for photovoltaics,
energy storage for home and business,
efficient LiFePO₄ energy storage,
intelligent energy storage system,
modern energy storage for PV.

Safe LiFePO₄ technology

CELLX HOME 30 uses modern LiFePO₄ (lithium iron phosphate) cells, which are among the most stable and safest technologies used in modern energy storage devices.

LiFePO₄ technology provides:

high thermal stability,
long system life,
high resistance to intensive use,
lower cell degradation,
increased safety of use.

Compared to many standard lithium-ion technologies, LiFePO₄ cells are more resistant to overheating and more stable during long-term operation in energy systems.

Intelligent BMS system

The advanced BMS (Battery Management System) is responsible for the safety and stability of the device, constantly monitoring the mo