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IMEON 3.6
Smart management of all self-consumption solar installations
IMEON is the result of high innovation and technology. The IMEON multi-sources phase coupling
(Phase Coupling Energy, or PCE) is used to couple several energy sources (eg: PV / batteries / grid).
There is no longer a need for source switching, which often leads to micro-cuts of electricity supply.
PCE solves age old renewable energy concerns such as intermittence and fluctuation. IMEON’s PCE
has now made it possible to guarantee constant power supply and optimal solar yields.
Smart self-consumption inverter
Compact “ALL IN ONE” system
Smart Grid / Back-Up / Off-grid / On-grid modes
Smart battery management
Simple and fast Plug & Play installation
Easy to use and configure
Real time local and remote monitoring
SMART GRID
With the smart management and the real time multi-energy phase coupling, IMEON optimises solar
yields by choosing the ideal energy mode: direct consumption (self-use), storing the surplus of
production, drawing from the grid, or injecting the solar surplus to the grid. IMEON adapts
automatically to the installation without complex configurations.
ECONOMIC
There is no longer the need for separate components such as charge controllers or added inverters.
The overall cost of the photovoltaic system can therefore be reduced. IMEON’s innovative Smart-Grid
function allows to lower the storage capacity, reduce battery cycling, as well as further prolonging the
battery life.
ALL IN ONE
The IMEON Smart Grid Inverter is specifically designed for any solar installation, regardless whether
the system is an Of f-Grid, Back-Up, Grid-Tie, or a hybrid power system. IMEON is a complete Plug-
and-Play smart inverter which simplifies the installation process and reduces the overall setup time of
a solar system.
WARNING: Authorized service staff should reduce the risk of electrical shock by disconnecting
AC, DC and battery power from the inverter before attempting any maintenance or cleaning or
working on any circuits connected to the inverter. Turning off controls will not reduce this risk.
Internal capacitors may remain charged for 5 minutes after disconnecting all sources of power.