Complete photovoltaic installation with EV charger and battery

Mohamed chose a complete photovoltaic installation to strengthen his energy independence. Thanks to his EV charging station, he will no longer be affected by fuel price increases linked to the conflict in the Middle East.

For this project, we designed a photovoltaic installation combining performance, energy autonomy, and electric mobility.

The system consists of 18 SunPower Performance P7 Full Black solar panels rated at 450 Wp, known for their high efficiency and sleek design, perfectly integrated on a tiled roof.

The energy produced is managed by a Huawei Sun2000 4.6KTL L1 inverter, ensuring intelligent and optimized control of solar production.

To maximize self-consumption, a 14 kWh Huawei Luna2000 battery stores the energy generated during the day for use in the evening or at night, thereby reducing dependence on the grid.

With a total capacity of 8.1 kWp, this installation generates an estimated annual production of around 7,700 kWh, covering a large portion of the household’s energy needs.

Finally, the system is complemented by an electric vehicle charging station, allowing the customer to charge their car directly using their own solar energy. An ideal solution to further reduce their carbon footprint while also saving on travel costs.

Result: a complete, intelligent, and sustainable energy ecosystem that combines solar production, storage, and electric mobility for maximum autonomy.

Technical specifications

18 SunPower Performance P7 Full Black solar panels – 450 Wp

1 Huawei Sun2000 4.6KTL L1 inverter

1 Huawei Luna2000 battery – 14 kWh

Total capacity: 8.1 kWp

Estimated production: ~7,700 kWh/year

Installation type: mounted on tiled roof

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