EGenSys Experience In Africa
Egypt
Developed landfill project, additional energy projects in the oil and gas fields
GHANA
Design, operational technical support during installation and commissioning phases of 430kWp & 322kWh of energy storage for hybrid and on-grid stations installed for fuel terminals and fuel pumping stations, including continuous remote monitoring of the assets performance
Botswana
Development of 5 MWp of on-grid solar systems for several factories, hotels and shopping malls
Egensys provided the full technical design for a 950 kWp solar canopy system. Unlike traditional ground mounts, our carport engineering accounts for structural height requirements, vehicle clearance, and specific drainage management. The system is designed with a high AC-to-DC ratio, delivering 800 kWac to the facility and the local grid. With an annual production of 1.588 GWh, the project significantly offsets operational costs while shielding the parking surface from Puerto Rico’s intense UV exposure and tropical weather. Our scope included comprehensive electrical documentation and the successful navigation of the grid-utility permitting process.
Egensys provided the full technical design for a 950kWp solar canopy system in Camuy Puerto Rico. Unlike traditional ground mounts, our carport engineering accounts for structural height requirements, vehicle clearance, and specific drainage management.
The system is designed with a high AC-to-DC ratio, delivering 800 kWac to the facility and the local grid. With an annual production of 1.588 GWh,
the project significantly offsets operational costs while shielding the parking surface from Puerto Rico’s intense UV exposure and tropical weather. Our scope included comprehensive electrical documentation and the successful navigation of the grid-utility permitting process.
In Orocovis, land topography often presents a challenge for large-scale solar. Egensys bypassed these constraints by designing a 340 kWp solar carport that utilizes pre-developed parking surfaces.
The system features a robust electrical design with a 300kWac capacity, engineered to withstand the unique environmental conditions of the central mountain range. By securing all necessary utility and grid-interconnection permits, we delivered a project capable of producing 538.6 MWh annually. This energy production significantly reduces the facility's carbon footprint and dependence on the centralized grid, showcasing a model for sustainable infrastructure in high-altitude municipal or commercial settings.