15 kW On-Grid System (battery-ready) – Bouskoura

On-Grid Residential · Bouskoura · 2026

15 kW On-Grid System (battery-ready) – Bouskoura

Grid-tied system in Bouskoura: 24 Jinko 620 W panels (14.88 kWp) on a Deye 15 kW hybrid inverter running in on-grid mode, ready for future battery storage. Estimated production ≈ 24.6 MWh/year (1,650 kWh/kWp), avoiding ≈ 17.2 t of CO₂ per year.

Technical sheet

CityBouskoura
Date2026
TypeOn-Grid Residential
SectorResidential
Installed capacity14.88 kWp
Modules24 × Jinko 620 W
InverterDeye 15 kW
Estimated annual production≈ 24.6 MWh/yr
Specific yield1650 kWh/kWp/yr
CO₂ avoided per year≈ 17.2 t CO₂/yr

Similar projects

15 kW Hybrid System – Bouskoura Ville VerteBouskoura

15 kW Hybrid System – Bouskoura Ville Verte

Date:
May 2026
Type:
Hybrid Residential

Hybrid photovoltaic system for a villa in Bouskoura Ville Verte: 26 Jinko 620 W panels (16.12 kWp) on a Deye 15 kW hybrid inverter with two Dyness 5 kWh lithium batteries. The system maximises self-consumption and provides backup power during outages. Estimated production ≈ 26.6 MWh/year (1,650 kWh/kWp), avoiding ≈ 18.6 t of CO₂ per year.

16.12 kWp≈ 26.6 MWh/yr≈ 18.6 t CO₂/yr
View project →
15 kW Hybrid System – Anfa, CasablancaCasablanca

15 kW Hybrid System – Anfa, Casablanca

Date:
2026
Type:
Hybrid residential

Hybrid photovoltaic system for a villa in Anfa, Casablanca: 26 LONGi 580 W modules (15.08 kWp) on a Deye 15 kW three-phase hybrid inverter with three Dyness 5.12 kWh lithium batteries (15.4 kWh). The system maximises self-consumption and keeps critical loads running during grid outages. Estimated production ≈ 24.9 MWh/year (1,650 kWh/kWp), avoiding ≈ 17.4 t of CO₂ per year.

15.08 kWp≈ 24.9 MWh/yr≈ 17.4 t CO₂/yr
View project →
15 kW On-Grid Solar System – KhouribgaKhouribga

15 kW On-Grid Solar System – Khouribga

Date:
2026
Type:
On-Grid Residential

Grid-tied photovoltaic system in Khouribga: 24 Jinko 620 W panels (14.88 kWp) on a Huawei 15 kW inverter, designed to maximise self-consumption and cut electricity costs. Estimated production ≈ 25.3 MWh/year (1,700 kWh/kWp on the Khouribga plateau), avoiding ≈ 17.7 t of CO₂ per year.

14.88 kWp≈ 25.3 MWh/yr≈ 17.7 t CO₂/yr
View project →
Request a quote

Tell us about your needs