Implemented Projects

Maintenance and Upgrade of the Solar Power Plant at the University of Tripoli – 250 kW

Maintenance and Upgrade of the Solar Power Plant at the University of Tripoli – 250 kW

This project marks the company's first major step in solar energy initiatives since its establishment. It stands as one of the largest completed solar power plants in Libya.
The project aimed to support the university’s power grid with an energy capacity of up to 250 kilowatts. Its strategic location within the university amplifies its educational impact, directly contributing to awareness campaigns on renewable energy led by the Renewable Energy Authority and the Renewable Energy Holding Company.

Technical and Economic Study for the (Awjila – Kufra) Site

Technical and Economic Study for the (Awjila – Kufra) Site

This multi-phase study began with collecting data from electrical grid units at the site, followed by updating the network model. The study included validation of technical data and analysis of various scenarios to determine voltage levels and assess grid connection feasibility — ensuring optimal utilization of the future production capacity of solar power stations in the area.

Supply of Spare Parts for Solar Systems and Measurement Stations

Supply of Spare Parts for Solar Systems and Measurement Stations

The company supplied complete solar energy systems, including solar panels, aluminum mounting structures, inverters, and AC/DC cabling. Once delivered to the company’s warehouses, these systems were assigned by the Renewable Energy Authority to be installed at the University of Tripoli power station, which had previously undergone maintenance by the company.

Ongoing Projects

Installation of a 1 MW Solar Power Plant at Tripoli University Hospital

Study and Design of 10 kW Solar Power Stations for Healthcare Centers in Southern Libya

This project covers approximately 70 healthcare centers across Sabha, Ubari, Al-Shati, and other regions in southern Libya.
The study focuses on critical healthcare facilities such as dialysis units and vaccination centers, where each site will be equipped with a 10-kilowatt solar power system tailored to its specific operational requirements.

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