This is possible because of a combination of energy-efficiency design elements and emerging clean energy technologies.
This involves energy-saving devices like:

144,000 square feet of LED lighting
DC lighting capabilities
Advanced lighting, energy management, and mechanical control systems
Interactive dashboards with real-time building performance data
Exterior solar shading wall
High Solar Reflective Index (SRI) roofing
Electrochromatic glass
High-efficiency heating and cooling systems
High-performance insulation
Passive ventilation with large, efficient ceiling fans
These design elements are expected to reduce the building’s lighting, heating, and cooling operations enough to cut electrical consumption in half.


A 500 kW rooftop and parking shade structure PV solar array provide the structure’s electricity. Excess energy is fed into a utility scale battery array, which stores enough electricity to power the building of 144 days of partial energy use.

“This project is a great example of an owner taking control of their energy costs to improve their building.
We look forward to supporting the electrical industry to roll out similar projects across Nigeria. ”
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