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We are your Renewable Energy Solutions Partner
Development, Engineering, Construction and Maintenance of Photovoltaic and Energy Efficiency Projects
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We are your Renewable Energy Solutions Partner
Development, Engineering, Construction and Maintenance of Photovoltaic and Energy Efficiency Projects
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Who are we?

Greening-e Morocco is a subsidiary of a Spanish group currently present on three continents (Europe, Africa and Latin America), with a total installed capacity of 250 MW in solar parks and 25 MW in EPC. In accordance with the group’s strategic orientations, we will start in Morocco in 2013. Our offer is based on 3 self-consumption products: hybridization with photovoltaic source, installations on isolated sites and solar pumping, while proposing EPC offers ranging from engineering and studies to O&M maintenance (turnkey). This working methodology has allowed us to control all the phases of the project to ensure greater customer satisfaction. Currently, we have managed to provide innovative energy solutions for all our clients, in Morocco, Mexico, Spain and Guinea, through high value-added solutions in terms of reducing energy bills, and also environmentally through the reduction of greenhouse gas emissions, especially CO2.

We are presents in 6 countries in 3 continents

Greening-e in numbers

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professionals
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savings for customers
+ 0
t CO2 not emitted

Our services

Hybridization of the photovoltaic source

Photovoltaic hybridization is when the roof or available ground surface of an industrial unit is used to equip it with photovoltaic panels and produce the energy consumed through a hybridization mechanism, which means that the electricity supplied by the solar panels always has priority over the electricity extracted from the grid.

Off-grid installation

An off-grid photovoltaic system is a system that is not connected to the electricity grid. The energy produced is stored in batteries and can be used to power any type of electrical device.

Solar pumping

Solar photovoltaic pumping systems use the conversion of solar radiation into electricity to power a pump at a well or borehole. The pumps used can be submersible, centrifugal or positive displacement, depending on the operating conditions.

Our references

References in Morocco

Photovoltaic system: Dolidol
Date of execution: 2019
Location: Dar bouazza, Casablanca
Type of installation: Triangular roof structure
Installed capacity: 1.270,08 KWP
Annual electricity generated: 1.970,5 MWH
CO2 emissions avoided: 788.200 KG
Photovoltaic system: Hotel Tinit
Date of execution: 2017
Location: Errachidia
Type of installation: Triangular roof structure
Installed capacity: 6.16 KWP
Annual electricity generated: 12.04 MWH
CO2 emissions avoided: 3.355 KG
Photovoltaic system: Autonomous Onee
Date of execution: 2018
Location: El borouj
Type of installation: Coplanar roof structure
Installed capacity: 14,85 KWP
Annual electricity generated: 27,12 MWH
CO2 emissions avoided: 2.421 KG2.421 KG
Photovoltaic system: Florabora
Date of execution: 2019
Location: Bouskoura
Type of installation: Triangular roof structure
Installed capacity: 5 KWc
Annual electricity generated: 7344,7 KWH
CO2 emissions avoided: 3757 KG

International references

Photovoltaic installation: Seville, Spain
Localisation: Seville, Spagne
Installed capacity:2.520 kWp KWP
Annual electricity generated: 3,850 MWH
CO2 emissions avoided: 1,763,000KG
Photovoltaic installation: Alicante, Spain
Location: Alicante
Installed capacity: 790 KWP
Annual electricity generated: 1.169 MWH
CO2 emissions avoided: 535.402 KG
Installation photovoltaïque:Guinée
Location: Guinée
Installed capacity: 504,9 kWp
Annual electricity generated: 761,71 MWH
CO2 emissions avoided: 348.863 KG
Photovoltaic installation: Guadalajara, Spain
Location: Mercedes Benz
Installed capacity: 1,026 KWP
Annual electricity generated: 1.512 MWH
CO2 emissions avoided: 341.000 KG

Contact

How can we help you?

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