Self-consumption:

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Solar panels.

They capture the light from the sun transforms it into direct current that will be sent to the microinverter.

Only they are useless for use based on alternating current, they are one of the three essential parts for a photovoltaic installation.

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Solar panels.

They recover the DC current generated by the photovoltaic panel (s), and transform it into alternating current.

This AC current is then sent to the AC box.

They are one of the three essential parts for a photovoltaic installation.

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Gateway of communication.

It provides immediate transmission of information on the status and micro-inverters production performance and photovoltaic.
modules
The transmitted data can then be accessed from a computer, tablet or smartphone.

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

AC box.

This box is essential for any photovoltaic installation with microinverters.

It protects your entire solar system against electrical problems (surge for example).

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1

Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Switchboard.

Allows distribution with different types of switchgear associated with one or more electrical starting circuits fed by one or more incoming electrical circuits, as well as terminals for neutral and protective conductors.

In fact it is from the electrical panel that all the electricity circulating in a home comes, in addition it protects the electrical installation problem (surge for example)

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1

Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Electric meter.

It's an electrotechnical device used to measure the amount of electrical energy consumed in a place (housing, industry ...).

It is used by electricity providers to bill the customer for energy consumption.

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical equipment used.

For more information
click below.

X

Electrical network.

It includes lines and substations, as well as transformers. It is a set of equipment that transports energy from the production site to consumers.

It is most often managed by the electricity supplier.

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1

Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

For more information
click below.

X

Electrical equipment used.

These are all electrical devices connected directly to the home network, either permanently or temporarily.

But also of all the systems needing electricity; pool or air conditioning for example. Not to mention the charging point of an electric vehicle ...

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Solar energy.

C'est l'énergie transmise par le soleil sous la forme de lumière et de chaleur.

Elle est classée parmi les énergies renouvelables.

C'est à partir de cette énergie que les panneaux solaires produisent de l'électricité.

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Electricity produced.

Il s'agit de l'énergie produite à partir des panneaux photovoltaïques , puis transformée grace au micro-onduleur.

Les panneaux solaires produisent un courant continu, les micro-onduleurs transforme ce courant en courant alternatif utilisable dans le réseau domestique et injectable dans le réseau électrique.

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1

Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Electricity surplus.

Il s'agit de l'énergie existante lorsque la production est supérieure à la consommation.

Cet excédent doit être réinjecté dans le réseau électrique.

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Solar energy.

Electricity produced.

Electricity surplus.

Electricity demand.

Solar panels.

Micro-inverters.

Gateway of communication.

AC box.

Switchboard.

Electric meter.

Electrical network.

Electrical equipment used.

For more information
click below.

X

Electricity demand.

When the electricity production is lower than the need, the difference is taken on the electricity network from your electricity supplier.

This method makes it possible to compensate for any lack on the home network.

Producing photovoltaic electricity is very simple: A solar panel acts like a battery, producing solar energy when exposed to the sun. This energy is channeled and sent to a micro inverter which in turn will turn this energy into usable current in the house.

When the sun hits the panels, the energy is sent into the house to be consumed. The goal is to consume the maximum electricity, and therefore not overproduce.

Solar panels can be installed on all types of roofs, even on the ground. Namely: in the case of overproduction of energy, it will be returned to the local power distribution network. It will therefore be necessary to subscribe to a redemption offer to your energy supplier.

Our solar kits allow you to save up to 50% on your electricity bill, by consuming your own production: you just have to adapt your consumption habits by triggering a maximum of devices such as swimming pool, water heater or washing machine, during the day, when solar panels produce electricity.

Energy storage

We do not offer battery storage because the autonomy to date is not profitable.