
CELLX HOME Fit+ is a modern retrofit system that allows you to expand your existing photovoltaic installation with an energy storage system – without having to replace the inverter or costly rebuild the entire system.
The solution was created for users who already have a PV installation and want to increase their self-consumption of energy, reduce the transfer of surplus energy to the grid and improve the energy efficiency of the building without interfering with the existing infrastructure.
CELLX HOME Fit+ allows you to use the potential of your existing photovoltaic installation in a more intelligent and economical way.
The modern energy market requires flexible solutions that allow for increased energy efficiency without costly replacement of existing infrastructure.
CELLX HOME Fit+ enables the intelligent expansion of a photovoltaic installation with an energy storage unit without replacing the existing grid inverter.
This is the perfect solution for people who are looking for:
energy storage without replacing the inverter,
retrofit energy storage system,
intelligent EMS system for photovoltaics,
modern modernization of PV installations,
a system that increases self-consumption of energy.
The biggest advantage of CELLX HOME Fit+ is the ability to integrate the energy storage with an existing PV installation without having to replace the grid inverter.
In practice, this means:
lower cost of modernization of the installation,
limiting interference with the existing system,
faster implementation process,
possibility of using the current energy infrastructure,
no need for costly reconstruction of the installation.
This solution allows you to expand the functionality of an existing photovoltaic system without replacing functional devices.
CELLX HOME Fit+ uses an advanced EMS (Energy Management System) responsible for intelligent analysis and dynamic management of energy flow in the building.
The system monitors, among others:
current energy consumption,
energy storage charge level,
energy production from PV installations,
device operating parameters,
dynamic energy t